Máquina láser para eliminación/decapado de pintura en espejos de 3000 mm de ancho × 1500 mm de largo.

Máquina láser para eliminación/decapado de pintura en espejos de 3000 mm de ancho × 1500 mm de largo.

Máquina láser de arenado para espejos inteligentes de 3000×1500 mm.

Procese espejos más grandes de forma más rápida, limpia e inteligente con Eas

¿Cansado de luchar con máquinas pequeñas que no pueden manejar espejos grandes? Nuestra máquina láser inteligente de arenado para espejos de 3000×1500 mm le permite procesar grandes espejos inteligentes y paneles decorativos en una sola pasada, ahorrándole tiempo y esfuerzo.

Con una estructura reforzada y estable, un sistema de control inteligente y una succión automática, ofrece acabados limpios, precisos y uniformes en todo momento.
Y no se preocupe por el envío: es grande, pero cabe en un contenedor estándar, por lo que la instalación es sencilla.

Puede elegir entre los láseres Orion 120W o GZ 120W para obtener resultados rápidos y de alta calidad.
Perfecta para espejos inteligentes, espejos de baño, paneles decorativos y vidrio arquitectónico, esta máquina hace que su producción sea más rápida, más limpia y más sencilla, para que usted pueda centrarse en hacer crecer su negocio.

Fotos de la máquina láser de arenado para espejos

🟢 Máquina Láser de Arenado para Espejos Inteligentes 3000×1500mm

Si produces espejos inteligentes, vidrios decorativos o paneles arquitectónicos, sabes lo frustrante que puede ser obtener acabados perfectos en láminas grandes con máquinas antiguas. 🔥

Por eso hemos evolucionado a la Máquina Láser de Arenado para Espejos Inteligentes 3000×1500mm: más grande, más rápida y más inteligente que cualquier equipo que hayas usado antes.

Incluso con un área de trabajo más amplia, la máquina está diseñada para un transporte sencillo: su cuerpo mide 2300mm (L) × 4500mm (W) × 2300mm (H), lo suficientemente compacto para caber en un contenedor estándar. 🚚 Así obtienes rendimiento industrial sin preocuparte por envíos ni instalaciones complicadas.


⚡ Comparativa Nuevo vs Modelo Antiguo

CaracterísticaModelo Antiguo (1300×2500mm / 1500×3000mm)Nuevo Modelo (3000×1500mm)Ventaja
Área de trabajo1300×2500mm / 1500×3000mm3000×1500mmProcesa espejos más grandes en una sola pasada, mayor eficiencia
Estructura de la máquinaCama estándarCama reforzada y robustaMenos vibración, acabado más uniforme
Carga y descargaAcceso limitadoEstructura abierta, carga frontal y traseraFlujo de trabajo más rápido, menor esfuerzo
Opciones de láserJPT 120WOrion 120W / GZ 120WResultados más rápidos y suaves
Sistema de controlJCZ ZuseNuevo sistema SyntecAutomatización programable, control de trayectoria inteligente
Funciones inteligentesControl inteligente + succión automáticaControl inteligente + succión automáticaSuperficie más limpia, menos polvo
Transporte e instalaciónVoluminosoCabe en contenedor estándarEnvío e instalación más fácil

🌟 Características Clave & Ventajas

  • Área de trabajo amplia (3000×1500mm): Procesa espejos de gran tamaño o paneles decorativos en una sola pasada.

  • Compacta pero potente: Cuerpo de la máquina 2300×4500×2300mm, cabe en contenedores estándar.

  • Estructura estable y duradera: Cama reforzada que minimiza vibraciones para un arenado uniforme.

  • Control inteligente & succión automática: Ajuste automático de parámetros y eliminación de polvo para resultados limpios.

  • Opciones de láser de alto rendimiento: Orion 120W o GZ 120W para acabados precisos y rápidos.

  • Fácil operación y transporte: Diseño modular y abierto que simplifica manejo, instalación y traslado.

  • Producción más rápida y limpia: Mayor velocidad, calidad consistente y menos desperdicio de material.


🛠 Parámetros Técnicos

ParámetroEspecificación
Área de trabajo3000W × 1500L mm
Tamaño del cuerpo2300 × 4500 × 2300 mm
Opciones de láserOrion120W / GZ 120W
Sistema de controlSyntec system
Funciones inteligentesControl inteligente + succión automática
Material aplicableEspejos inteligentes, espejos de baño, vidrio decorativo, paneles arquitectónicos
Transporte e instalaciónCabe en contenedor estándar, diseño modular
Velocidad de procesamientoMás rápido que el modelo antiguo
Acabado superficialArenado uniforme y de alta calidad
Alimentación eléctrica220V, 50/60Hz, trifásica

🏢 Aplicaciones

  • Espejos inteligentes e interactivos

  • Espejos de baño y decorativos

  • Paneles de vidrio arquitectónico y fachadas

  • Vidrios para decoración y muebles

  • Vidrio artístico y paneles de exhibición

  • Proyectos personalizados de espejos de gran formato


✅ Conclusión

La Máquina Láser de Arenado para Espejos Inteligentes 3000×1500mm te ofrece rendimiento industrial en un paquete fácil de transportar.
Área de trabajo más grande, procesamiento más rápido, controles inteligentes y succión automática: todo diseñado desde la perspectiva del cliente para hacer tu producción más fácil, limpia y eficiente. 🌟

🌟 Por Qué el Arenado Láser para Espejos Inteligentes Cambia las Reglas del Juego en Tu Negocio de Vidrio

¿Sigues atrapado en el pasado con arenado tradicional o pintura esmerilada? 🕰️
Es hora de dar el siguiente paso. El Arenado Láser para Espejos Inteligentes está aquí para revolucionar la forma en que procesas vidrio, ofreciendo beneficios que los métodos antiguos simplemente no pueden igualar. Aquí te contamos por qué cambiar al láser no solo te ahorra dinero, sino que impulsa tu productividad y hace que tus productos se destaquen.


1️⃣ Reduce tus costos: Sin consumibles, sin problemas 💰

  • Arenado tradicional: Reemplazar abrasivos como polvo de diamante, arena o grano es un gasto constante que nunca termina.

  • Arenado láser: Sin consumibles. Una inversión única que sigue dando resultados. Ahorras significativamente en materiales y reduces desperdicios. Menos dinero en reemplazos = más ganancias en tu bolsillo.


2️⃣ Mantén tu espacio limpio: Sin desorden, sin polvo 🧹

  • Métodos tradicionales: Los abrasivos crean nubes de polvo, requieren limpieza extra y equipo de protección. Es desordenado, lento y puede afectar la salud de tu equipo.

  • Arenado láser: Sin polvo, sin residuos. Es contactless y limpio: un haz de luz enfocado hace todo el trabajo. Trabajarás en un entorno seguro y limpio, y tu equipo lo agradecerá.


3️⃣ Precisión como nunca antes: Perfecto cada vez 🎯

  • Arenado tradicional: Lograr la textura correcta es un desafío. Los resultados son inconsistentes y a menudo imperfectos.

  • Arenado láser: La precisión del láser te permite crear patrones intrincados, texturas complejas y efectos impresionantes en el vidrio, todo con exactitud impecable. Sin errores, sin retrabajo, solo perfección.


4️⃣ Resultados duraderos que perduran ⏳

  • Pintura esmerilada: Se ve bien al principio, pero se desgasta con el tiempo. Tendrás que retocarla y tus clientes no estarán felices cuando comience a desvanecerse.

  • Arenado láser: El acabado es permanente, resistente al desgaste, no se astilla y se mantiene impecable durante años. Tus clientes amarán la calidad duradera.


5️⃣ Ahorra tiempo y dinero: Automatización para máxima eficiencia ⚡

  • Arenado tradicional: Trabajo manual, ajustes constantes y tiempos de procesamiento lentos. Ineficiente y costoso.

  • Arenado láser: Con la automatización, obtienes producción más rápida, menor costo de mano de obra y mejor rendimiento. Más trabajo hecho en menos tiempo, sin sacrificar la calidad.


6️⃣ Versatilidad en todos los ámbitos 🏆

  • Arenado tradicional: No puede manejar todos los tipos de vidrio, y los resultados varían según el material.

  • Arenado láser: Funciona perfectamente en todos los tipos de vidrio, desde espejos inteligentes hasta vidrio decorativo, piezas artísticas y artículos del hogar. Además, es lo suficientemente flexible para cualquier desafío de diseño.


🔑 Conclusión: Cambia al Arenado Láser para Espejos Inteligentes

Si estás cansado de lidiar con métodos desordenados, ineficientes y anticuados, es hora de abrazar el futuro con Arenado Láser para Espejos Inteligentes.

  • Más rápido

  • Más limpio

  • Más preciso

  • Resultados duraderos

Al reducir costos, mejorar la producción y ofrecer acabados de alta calidad, el arenado láser llevará tu negocio al siguiente nivel. 🚀

Entonces, ¿qué estás esperando?
Di adiós a los métodos antiguos y adopta hoy el futuro del procesamiento de vidrio. ✨

🟢 Aplicaciones de la Máquina Láser de Arenado para Espejos

La Máquina Láser de Arenado para Espejos es ideal para una amplia variedad de industrias. Aquí te mostramos cómo puede utilizarse:


1️⃣ Fabricación de Espejos Inteligentes

Utiliza la máquina láser de arenado para crear efectos esmerilados en espejos inteligentes. Permite añadir patrones y diseños personalizados sin necesidad de películas o recubrimientos. Perfecto para trabajos de alta precisión en la producción de espejos inteligentes.


2️⃣ Procesamiento de Vidrio Arquitectónico

Esta máquina es ideal para crear vidrio esmerilado y efectos decorativos en vidrio arquitectónico. Úsala para ventanas, divisiones y fachadas de edificios, agregando diseños únicos que mejoran la estética de cualquier estructura.


3️⃣ Arte de Vidrio Personalizado

Para artistas del vidrio, la máquina láser de arenado es un cambio radical. Permite realizar grabados detallados y precisos en superficies de vidrio, creando diseños intrincados y personalizados en piezas de arte.


4️⃣ Personalización de Vidrio Automotriz

Perfecta para la personalización de vidrio de automóviles. Agrega marcas, logotipos o diseños únicos a ventanas y otras piezas de vidrio. Esta tecnología permite lograr grabados y patrones personalizados de forma fácil y precisa.


5️⃣ Señalización y Branding

Con la máquina láser de arenado puedes crear señales de vidrio y premios mediante el grabado de logotipos, nombres y diseños. Ideal para empresas que buscan carteles de vidrio personalizados o materiales promocionales de alto impacto.


6️⃣ Restauración y Reparación de Espejos

Esta máquina también es útil para restaurar espejos antiguos. Puede eliminar rayones, manchas o recubrimientos viejos, devolviendo a los espejos un acabado suave y renovado.


7️⃣ Artículos de Vidrio para el Hogar

Desde vajillas hasta decoración del hogar, la máquina láser de arenado permite grabar diseños personalizados en diversos productos de vidrio. Perfecta para regalos personalizados o añadir toques únicos a artículos del hogar.


Por Qué Elegir la Máquina Láser de Arenado para Espejos

  • 🔹 Precisión: Logra diseños exactos con alta exactitud.

  • 🔹 Ecológica: Sin polvo, sin químicos—solo un proceso limpio y eficiente.

  • 🔹 Durabilidad: Los diseños perduran más tiempo y permanecen intactos, a diferencia de los acabados pintados que pueden desvanecerse o pelarse.

❓ Preguntas Frecuentes (FAQ) – Máquina Láser de Arenado para Espejos


1️⃣ ¿Para qué se utiliza la Máquina Láser de Arenado para Espejos?

La Máquina Láser de Arenado para Espejos se utiliza principalmente para crear acabados tipo espejo, arenar superficies y eliminar pintura de metal, vidrio y otros materiales. Permite obtener superficies suaves y brillantes y retirar recubrimientos como pintura, óxido y capas de oxidación.


2️⃣ ¿Puede esta máquina quitar pintura de todo tipo de superficies?

Sí. La máquina láser de arenado es altamente eficaz para eliminar pintura de metal, vidrio, plástico y piedra. Es ideal para decapado de pintura, limpieza de superficies y restauración de materiales sin dañar el sustrato subyacente.


3️⃣ ¿Qué tipos de materiales pueden tratarse con esta máquina?

Es adecuada para una amplia variedad de materiales: metal, vidrio, plástico, piedra y cerámica. Perfecta para industrias como automotriz, construcción, restauración artística y trabajo con metales, donde el tratamiento de superficies y la eliminación de pintura son críticos.


4️⃣ ¿Cómo logra un acabado tipo espejo?

La Máquina Láser de Arenado para Espejos utiliza tecnología láser avanzada para arenar superficies, creando un acabado reflejante, suave y brillante. Ajustando los parámetros del láser, se pueden lograr distintos niveles de brillo o acabados mate según los requisitos del proyecto.


5️⃣ ¿Deja residuos o daña la superficie?

No. Está diseñada para ser efectiva pero delicada. Utiliza arenado láser de precisión, lo que garantiza que no daña ni deja residuos. El proceso de eliminación de pintura es no abrasivo, asegurando que la superficie permanezca intacta.


6️⃣ ¿Qué tan efectiva es para eliminar pintura?

Extremadamente efectiva. Permite eliminar pintura sin dañar el material subyacente, incluyendo capas de pintura, óxido y oxidación en partes de automóviles, estructuras metálicas, equipos industriales y maquinaria.


7️⃣ ¿Es adecuada para uso industrial?

Sí. La Máquina Láser de Arenado para Espejos está diseñada para proyectos a gran escala con alta eficiencia, siendo ideal para industrias como automotriz, construcción, manufactura y restauración artística.


8️⃣ ¿Cómo funciona el proceso de eliminación de pintura?

El proceso se realiza mediante ablación láser, donde el haz láser descompone la pintura o recubrimiento. No utiliza químicos ni abrasivos, siendo eco-amigable y seguro para diferentes entornos.


9️⃣ ¿Es fácil de operar?

Sí. Está diseñada para ser intuitiva y fácil de manejar. Viene con una interfaz que permite ajustar parámetros como potencia del láser, velocidad y frecuencia, haciéndola accesible incluso para principiantes.


🔟 ¿Qué mantenimiento requiere la máquina?

Requiere mantenimiento mínimo. Es esencial limpiar regularmente la lente y revisar el sistema láser para asegurar un rendimiento óptimo. Debe operar en un área bien ventilada para mantener su eficiencia.


1️⃣1️⃣ ¿Cuál es la vida útil de la máquina?

Tiene una larga vida útil si se mantiene correctamente. El sistema láser está diseñado para soportar uso continuo y, con un mantenimiento mínimo, se puede esperar años de rendimiento confiable.


1️⃣2️⃣ ¿Cuánta energía consume la máquina?

El consumo varía según el modelo y el material tratado. Sin embargo, la tecnología láser es generalmente eficiente energéticamente en comparación con métodos abrasivos tradicionales, ayudando a reducir costos operativos.


1️⃣3️⃣ ¿Puede trabajar en diseños intrincados o áreas detalladas?

Sí. La Máquina Láser de Arenado para Espejos maneja diseños detallados con precisión, permitiendo un control fino tanto en la eliminación de pintura como en el arenado, ideal para aplicaciones que requieren alto nivel de detalle.


1️⃣4️⃣ ¿Es ecológica? 🌱

Sí. Se considera eco-amigable, ya que elimina la necesidad de químicos y abrasivos usados en métodos tradicionales de arenado y decapado. Además, produce menos residuos, contribuyendo a un entorno más limpio y sostenible.

Máquina láser de grabado para vidrio arenado mediante marcaje láser

Solicite una cotización para una máquina de marcado láser de fibra

SISMAR LASER cuenta con máquinas láser de fibra y otras soluciones para muchas aplicaciones industriales. Nuestras soluciones pueden servir como una mejora para su sistema de marcado láser existente o como una excelente opción para su primera máquina láser.

Solicite una cotización para una máquina de marcado láser de fibra de alta calidad que superará sus expectativas. También puede programar una demostración para ver cómo funciona el marcado láser de fibra.

Bienvenido a SISMAR LASER.
Estamos muy contentos de responder cualquier pregunta que tenga sobre nuestras máquinas láser de fibra para marcado y corte.

3000mmW*1500mmL Mirror Laser Sand Blasting /Painting removal machine

3000mmW*1500mmL Mirror laser sand blasting/Painting Removal machine

3000×1500mm Smart Mirror Laser Sand Blasting Machine

Process Bigger Mirrors Faster, Cleaner, and Smarter with Eas

Tired of struggling with small machines that can’t handle large mirrors? Our 3000×1500mm Smart Mirror Laser Sand Blasting Machine lets you process big smart mirrors and decorative panels in one pass, saving time and frustration.

With a reinforced, stable structure, smart control system, and automatic suction, it delivers clean, precise, and uniform finishes every time. And don’t worry about shipping—it’s big but fits inside a standard container, so installation is simple.

Choose between Orion 120W or GZ 120W lasers for fast, high-quality results. Perfect for smart mirrors, bathroom mirrors, decorative panels, and architectural glass, this machine makes your production faster, cleaner, and easier, so you can focus on growing your business.

Machine Photos of Sand Blasting Mirror Laser Machine

3000×1500mm Smart Mirror Laser Sand Blasting Machine

If you’re producing smart mirrors, decorative glass, or architectural panels, you know how frustrating it can be to get perfect finishes on large sheets with old machines. That’s exactly why we upgraded to the 3000×1500mm Smart Mirror Laser Sand Blasting Machine—bigger, faster, and smarter than anything you’ve used before.

Even with a larger working area, the machine is still designed for easy transport: the machine body measures 2300mm (L) × 4500mm (W) × 2300mm (H), compact enough to fit inside a standard shipping container. So you get industrial-scale performance without worrying about shipping or installation headaches.

New vs Old Model Comparison

FeatureOld Model (1300×2500mm / 1500×3000mm)New Model (3000×1500mm)Advantage
Working Area1300×2500mm / 1500×3000mm3000×1500mmProcess larger mirrors in one pass, higher efficiency
Machine StructureStandard bedReinforced, heavy-duty bedLess vibration, more consistent finish
Loading & UnloadingLimited accessOpen structure, front-back loadingFaster workflow, less labor
Laser OptionsJPT 120WOrion120W / GZ 120WFaster, smoother results
Control SystemJCZ ZuseNew Syntec systemProgrammable automation, smarter path control
Intelligent FunctionsSmart control + auto suctionSmart control + auto suctionCleaner surface, less dust
Transport & SetupBulkyFits in standard containerEasy shipping and installation

 

Key Features & Advantages

  • Large Working Area (3000×1500mm): Handle full-size mirrors or decorative panels in a single pass.

  • Compact Yet Powerful: Machine body 2300×4500×2300mm, fits in standard shipping containers.

  • Stable & Durable Structure: Reinforced bed minimizes vibration for smooth, uniform sandblasting.

  • Smart Control & Auto Suction: Automatically adjusts parameters and removes dust for clean results.

  • High-Performance Laser Options: Orion 120W or GZ 120W for fast, precise finishes.

  • Easy Operation & Transport: Open, modular design simplifies handling, setup, and relocation.

  • Faster, Cleaner Production: Higher speed, consistent quality, reduced material waste.


 

Technical Parameters

ParameterSpecification
Working Area3000W × 1500L mm
Machine Body Size2300 × 4500 × 2300 mm
Laser OptionsOrion120W / GZ 120W
Control SystemSyntec system
Intelligent FunctionsSmart control + auto suction
Applicable MaterialSmart mirrors, bathroom mirrors, decorative glass, architectural panels
Transport & InstallationFits in standard shipping container, modular design
Processing Speedfaster than old model
Surface FinishUniform, high-quality sandblasting
Power Supply220V, 50/60Hz, 3-phase

 

Applications

  • Smart mirrors and interactive mirrors

  • Bathroom and decorative mirrors

  • Architectural glass panels and curtain walls

  • Home decor and furniture glass panels

  • Art glass and exhibition display panels

  • Custom large-format mirror projects


 

Bottom Line

The 3000×1500mm Smart Mirror Laser Sand Blasting Machine gives you industrial-scale performance in a transport-friendly package. Bigger working area, faster processing, intelligent controls, and auto suction—all designed from the customer’s perspective to make production easier, cleaner, and more efficient.

Why Smart Mirror Laser Sanding Is a Game-Changer for Your Glass Business

Still stuck in the past with traditional sandblasting or frosted paint? It’s time to level up. Smart Mirror Laser Sanding is here to revolutionize the way you process glass, offering unbeatable benefits over the old, outdated methods. Here’s why switching to laser sanding will not only save you money but also boost your productivity and make your products stand out.

1. Cut Your Costs: No Consumables, No Problem

  • Traditional Sandblasting: You’re constantly replacing abrasives—diamond powder, sand, grit—it’s a never-ending cost.
  • Laser Sanding: No consumables. It’s a one-time investment that keeps on giving. You’ll save big on material costs and cut down on waste. Less money spent on replacements means more profit in your pocket.

2. Keep Your Workspace Clean—No Mess, No Dust

  • Traditional Methods: Abrasives create a cloud of dust, requiring extra cleanup and protective gear. It’s messy, time-consuming, and can affect your team’s health.
  • Laser Sanding: No dust, no debris. It’s contactless and clean—just a focused beam of light that gets the job done. You’re working in a cleaner, safer environment, and your team will thank you.

3. Precision Like Never Before: Perfect Every Time

  • Traditional Sandblasting: Achieving the right texture? Good luck. It’s inconsistent, and you’ll often end up with uneven results.
  • Laser Sanding: Laser accuracy means you can create intricate patterns, complex textures, and stunning effects on glass—all with flawless precision. No mistakes, no rework, just perfection.

4. Durable Results That Last

  • Frosted Paint: Looks good at first, but it wears off over time. You’ll need to touch it up, and your customers won’t be happy when it starts to fade.
  • Laser Sanding: The finish created by the laser is permanent. It’s resistant to wear, won’t chip, and stays looking fresh for years. Your customers will love the long-lasting quality.

5. Save Time, Save Money: Automated for Maximum Efficiency

  • Traditional Sandblasting: Manual labor, constant adjustments, and slow processing times. It’s inefficient and costly.
  • Laser Sanding: With automation in the mix, you’re getting faster production times, reduced labor costs, and better output. More work done in less time, without sacrificing quality.

6. Versatility Across the Board

  • Traditional Sandblasting: Can’t handle all types of glass, and the results can be inconsistent depending on the material.
  • Laser Sanding: Works perfectly on all types of glass, from smart mirrors to decorative glass, art pieces, and household items. Plus, it’s flexible enough to handle any design challenge you throw at it.

The Takeaway: Switch to Smart Mirror Laser Sanding

If you’re tired of dealing with messy, inefficient, and outdated methods, it’s time to embrace the future with Smart Mirror Laser Sanding. It’s faster, cleaner, more precise, and delivers results that last. By cutting your costs, improving production, and offering better-quality finishes, laser sanding will take your business to the next level.

So, what are you waiting for? Say goodbye to the old way of doing things and embrace the future of glass processing today.

Mirror Laser Sand Blasting Machine Applications

The Mirror Laser Sand Blasting Machine is ideal for a variety of industries. Here’s how it can be used:

1. Smart Mirror Manufacturing

Use the mirror laser sand blasting machine to create frosted effects on smart mirrors. It allows you to add custom patterns and designs to mirrors without the need for films or coatings. This is perfect for high-precision work in smart mirror production.

2. Architectural Glass Processing

This machine is perfect for creating frosted glass and decorative effects on architectural glass. You can use it for windows, partitions, and building facades, adding unique designs to enhance the aesthetics of any structure.

3. Customized Glass Art

For glass artists, the mirror laser sand blasting machine is a game changer. It allows for detailed, precise engraving on glass surfaces, creating personalized and intricate designs on glass art pieces.

4. Automotive Glass Customization

The laser sand blasting machine is great for automotive glass customization. Add branding, logos, or unique designs to car windows and other glass parts. This technology allows you to achieve custom engravings and patterns with ease.

5. Signage and Branding

With the mirror laser sand blasting machine, you can create glass signage and awards by etching logos, names, and designs. It’s perfect for companies looking to make custom glass signs or promotional materials.

6. Mirror Restoration and Repair

This machine is also useful for restoring old mirrors. It can remove scratches, stains, or old coatings to bring mirrors back to life, leaving them with a smooth, fresh finish.

7. Household Glass Items

From glassware to home décor, the mirror laser sand blasting machine allows you to engrave custom designs on various glass products. It’s great for creating personalized gifts or adding unique touches to household items.


 

Why Choose the Mirror Laser Sand Blasting Machine?

  • Precision: Achieve exact designs with high accuracy.
  • Eco-friendly: No dust, no chemicals—just clean and efficient processing.
  • Durability: The designs last longer and stay intact, unlike painted finishes that may fade or peel.

Frequently Asked Questions (FAQ)

1️⃣ What is a Mirror Laser Sand Blasting Machine used for?
The Mirror Laser Sand Blasting Machine is primarily used for creating mirror finishes, sandblasting surfaces, and removing paint from metal, glass, and other materials. It can create smooth, glossy finishes on surfaces and remove coatings like paint, rust, and oxide layers.

2️⃣ Can this machine remove paint from all types of surfaces?
Yes, the Mirror Laser Sand Blasting Machine is highly effective for removing paint from various surfaces, including metal, glass, plastic, and stone. It’s ideal for paint stripping, surface cleaning, and restoration of materials without damaging the underlying substrate.

3️⃣ What types of materials can be treated with the Mirror Laser Sand Blasting Machine?
This machine is suitable for a wide range of materials including metal, glass, plastic, stone, and ceramics. It’s perfect for industries like automotive, construction, art restoration, and metalworking, where the need for surface treatment and paint removal is critical.

4️⃣ How does the machine create a mirror-like finish?
The Mirror Laser Sand Blasting Machine uses advanced laser technology to sandblast surfaces, creating a reflective, smooth, and glossy finish. By adjusting the laser settings, the machine can create different levels of gloss or matte finishes depending on your project requirements.

5️⃣ Does the machine leave any residue or damage the surface?
No, the Mirror Laser Sand Blasting Machine is designed to be gentle yet effective. It uses laser-based precision sandblasting, meaning it won’t cause damage or leave residue on the material. The painting removal process is also non-abrasive, ensuring the surface stays intact.

6️⃣ How effective is the machine at paint removal?
The laser sandblasting machine provides an extremely efficient way to remove paint without damaging the material underneath. It’s highly effective for removing layers of paint, rust, and oxidation from materials such as automobile parts, metal structures, industrial equipment, and machinery.

7️⃣ Is the machine suitable for industrial use?
Yes, the Mirror Laser Sand Blasting Machine is designed to meet industrial requirements. It’s capable of handling large-scale projects with high efficiency, making it ideal for use in industries such as automotive, construction, manufacturing, and art restoration.

8️⃣ How does the paint removal process work?
The paint removal process is done through laser ablation, where the laser beam is used to break down the paint or coating. It doesn’t use chemicals or abrasives, making it eco-friendly and safe for use in various environments.

9️⃣ Is the machine easy to operate?
Yes, the Mirror Laser Sand Blasting Machine is designed to be user-friendly. It typically comes with an intuitive interface that allows operators to adjust settings such as laser power, speed, and frequency, making it easy to handle even for beginners.

🔟 What is the maintenance required for this machine?
The machine requires minimal maintenance. Regular cleaning of the lens and checking of the laser system are essential to ensure optimal performance. It’s important to ensure that the machine is running in a well-ventilated area to maintain its efficiency.

1️⃣1️⃣ What is the lifespan of the machine?
The Mirror Laser Sand Blasting Machine has a long lifespan if properly maintained. The laser system is designed to withstand continuous use, and with minimal upkeep, you can expect many years of reliable performance.

1️⃣2️⃣ How much power does the machine consume?
The power consumption of the machine will vary based on the model and the material being treated. However, laser-based technology is generally energy-efficient compared to traditional abrasive methods, helping to reduce operational costs.

1️⃣3️⃣ Can the machine work on intricate designs or detailed areas?
Yes, the Mirror Laser Sand Blasting Machine can handle intricate and detailed designs with precision. It allows for fine control in both painting removal and sandblasting, making it suitable for applications that require high levels of detail.

1️⃣4️⃣ Is it eco-friendly?
Yes, the Mirror Laser Sand Blasting Machine is considered eco-friendly since it eliminates the need for harsh chemicals and abrasives used in traditional sandblasting and paint removal methods. It also produces less waste, contributing to a cleaner and more sustainable environment.

Laser Marking Sandblasted Glass Laser Etching Machine

Request a Quote for a Fiber Laser Marking Machine

SISMAR LASER has fiber laser machines and other solutions for many industrial applications. Our solutions can serve as an upgrade to your existing laser marking system or an excellent choice for your first laser machine.

Request a quote for a high-quality fiber laser marking machine that exceeds your expectations. You can also schedule a demo to see how fiber laser marking works.

welcome to SISMAR laser. very glad to answer any questions about our fiber laser marking/cutting machines.

600*600mm Fiber Laser Cutting Machine

600 × 600 mm Small-Format Fiber Laser Cutting Machine

Compact. Precise. Profitable. The Ultimate Small-Format Laser Cutter for High-Value Materials.

Compact, precise, and powerful—this fiber laser cutting machine is designed for jewelry, eyewear, electronics, and medical micro-parts. With a 600 × 600 mm working area, it delivers micron-level accuracy on gold, silver, titanium, stainless steel, and other delicate materials. A high-precision linear drive and custom clamping system keep every cut clean while minimizing material waste, making it ideal for small workshops and specialized production lines.

Built for efficiency and global compliance, the machine features a fully enclosed, CE-certified structure with integrated dust extraction. Operators can choose CypCut or RayTools control for fast setup and easy training. The compact footprint saves valuable floor space, lowers operating costs, and ensures a rapid return on investment. For businesses seeking a reliable, small-format fiber laser cutter that combines safety, speed, and top-tier precision, this model delivers outstanding value.

600*600mm Fiber Laser Cutting Machine

600 × 600 mm Small-Format Fiber Laser Cutting Machine

Compact. Precise. Profitable. The Ultimate Small-Format Laser Cutter for High-Value Materials.

If you’re in jewelry, eyewear, electronics, or medical components, you know that precision matters. One tiny mistake can cost hundreds—or thousands—of dollars. That’s why our 600 × 600 mm fiber laser cutting machine is designed to give you micron-level accuracy, fast ROI, and total peace of mind.

This is not just another laser cutter. It’s a tool built for small workshops and high-value production, where every millimeter counts.


Why This Fiber Laser Cutting Machine is Different

Most laser cutters on the market are big, clunky, and expensive to run. They take up tons of space and require specialized operators. Our small-format fiber laser cutter solves these problems:

  • Ultra-Compact Footprint (600 × 600 mm)
    Fits into tight workshops. Perfect for businesses that need precision but don’t have a giant factory floor.

  • High-Precision Linear Module Drive
    Micron-level cutting accuracy means less wasted material and perfect first-pass yields on expensive metals like gold, silver, platinum, and titanium.

  • Custom Precision Clamps
    Holds delicate parts securely, so you don’t waste time adjusting jigs between batches. Faster setup = more output.

  • Fully Enclosed & CE Certified
    Keeps operators safe. Dust and debris are controlled. Meets European safety standards—so you can sell internationally with confidence.

  • Flexible Control Systems
    Choose between CypCut (user-friendly, popular) or RayTools (advanced, perfect for automation). Your team can start cutting quickly with minimal training.


Who Should Consider This Machine

Our 600 × 600 fiber laser cutter is ideal for businesses that need:

  • Precious Metal Jewelry – Cutting gold, silver, and platinum parts with micron-level precision.

  • Eyewear Components – Stainless steel, titanium, and acetate frames with perfect fit.

  • Micro Hardware & Electronics – Fast, high-quality production of instruments, vaporizers, and small custom parts.

  • Medical & Electronic Micro-Components – Clean, precise fabrication for miniaturized parts.

This machine isn’t for everyone. It’s for businesses that care about precision, efficiency, and ROI, not just owning a “laser cutter.”


Optional Configurations for Maximum Flexibility

  • Fiber Laser Source:

    • 1500 W – Fast, precise cutting of thin and reflective materials. Low power usage.

    • 3000 W – Handles thicker sheets or higher production volume.

  • Control System:

    • CypCut – Simple and reliable.

    • RayTools – Advanced automation and integration features.

These options let you customize the machine to your workflow, saving time and maximizing profits.


 

Technical Specifications at a Glance

ParameterSpecification
Working Area600 × 600 mm
Laser Source1500 W / 3000 W (Max )
Motion SystemHigh-Precision Linear Module Drive
Positioning Accuracy±0.005 mm
Repositioning Accuracy±0.003 mm
Max Cutting SpeedUp to 40 m/min
Control SystemCypCut (Standard) / RayTools (Optional)
Safety FeaturesFully Enclosed, CE Compliant
Machine DimensionsW 1.8 × D 1.5 × H 1.8 m
Cooling MethodIndustrial Water Chiller
Assisting GasO2, N2, Compressed Air

How the 600 × 600 mm Fiber Laser Cutting Machine Compares to Other Fiber Laser Cutters

1. Size & Footprint

  • 600 × 600 mm model: Ultra-compact (1.8 × 1.5 × 1.8 m), perfect for jewelry studios, eyewear workshops, and small electronic labs.

  • Standard sheet-metal cutters (1.5 × 3 m or larger): Require far more floor space and higher facility investment, making them impractical for small-batch or precision work.

2. Precision & Drive System

  • Our machine: High-precision linear module drive delivers ±0.005 mm positioning—ideal for micro-components and precious metals.

  • Conventional machines: Often use rack-and-pinion drives with typical tolerances of ±0.02 mm, sufficient for large sheet metal but not for fine jewelry or medical devices.

3. Application Focus

  • 600 × 600 mm: Tailored for gold, silver, titanium, stainless steel, and other thin, high-value materials where micron-level detail matters.

  • Large-format fiber lasers: Built for heavy-duty industrial sheet cutting (carbon steel, thick stainless) but over-powered and inefficient for delicate parts.

4. Operating Costs & ROI

  • Small-format machine: Lower power requirements (1500–3000 W), minimal gas consumption, fast setup, and ROI in 7–12 months.

  • High-power units: Higher energy draw and maintenance costs, with longer payback periods for small-batch production.

5. Safety & Compliance

  • Our cutter: Fully enclosed, CE certified, integrated dust extraction for clean, safe, export-ready production.

  • Many industrial models: Often require external enclosures or extra guarding to meet European and American safety standards.


Bottom line: If your priority is space savings, micron-level accuracy, and rapid payback, the 600 × 600 mm fiber laser cutting machine clearly outperforms traditional large-format fiber lasers for small, high-value manufacturing.

1. What materials can the 600 × 600 mm fiber laser cutting machine cut?
It cuts a wide range of metals, including gold, silver, platinum, stainless steel, titanium, copper, and aluminum, making it perfect for jewelry, eyewear, electronics, and micro-component production.

2. What is the maximum cutting thickness?
With a 1500 W source, it handles thin sheets up to about 3–4 mm (material dependent). The 3000 W option allows cutting slightly thicker materials for higher throughput.

3. How accurate is the machine?
The high-precision linear module drive delivers ±0.005 mm positioning accuracy and ±0.003 mm repeatability, ensuring clean, micron-level cuts every time.

4. Is the machine CE certified?
Yes. It features a fully enclosed design with CE compliance and an integrated dust-extraction system, meeting European and American safety standards.

5. What control systems are available?
You can choose between CypCut or RayTools control platforms, allowing easy integration and minimal operator training.

6. What is the machine’s footprint?
Its compact frame measures about 1.8 × 1.5 × 1.8 m, saving valuable workshop space while maintaining industrial-grade performance.

7. What is the typical ROI (return on investment)?
Most customers achieve payback in 7–12 months, depending on production volume, thanks to low operating costs and high cutting efficiency.

8. What maintenance is required?
Routine checks of optics, filters, and the industrial water chiller keep the machine running smoothly. No complex daily maintenance is needed.

Laser Cutting Metal video

Request a Quote for a Fiber laser Cutting Machine

SISMAR LASER has fiber laser machines and other solutions for many industrial applications. Our solutions can serve as an upgrade to your existing Fiber laser cutting system or an excellent choice for your first laser machine.

Request a quote for a high-quality fiber laser cutting machine that exceeds your expectations. You can also schedule a demo to see how fiber laser marking cutting works.

welcome to SISMAR laser. very glad to answer any questions about our fiber laser marking/cutting machines.

600*600mm Metal Fiber Laser Cutting Machine

Jewelry Fiber Laser Cutting Machine

600*500mm Fiber Laser Cutting Machine

The 600*500mm Fiber Laser Cutting Machine features a modular transmission system, offering faster cutting speeds, high precision, and easy maintenance. Its compact footprint makes it perfect for industries with limited space while still delivering high-performance cutting.

Ideal for the advertising industry (cutting large signs and logos) and the jewelry industry (cutting gold and silver with precision), it comes in 1000W, 1500W, and 2000W power options to handle different metal thicknesses. Suitable for metalworking, automotive, and signage applications, it efficiently cuts stainless steel, aluminum, and brass, all while saving valuable floor space.

600*500mm Fiber Laser Cutting Machine
Unlock Precision and Power with the 600*500mm Fiber Laser Cutting Machine

If you’re looking for a cutting machine that combines speed, precision, and a compact design, look no further: the 600*500mm Fiber Laser Cutting Machine is exactly what you need. This machine is perfect for industries that require high-performance cutting without taking up extra space. Whether you work in advertising, jewelry, or metallurgy, this machine gets the job done faster, better, and smarter.

Why is this machine a game-changer for your business?

1.Ultrafast Cutting with Modular Transmission Forget about slow machines with high maintenance from the past. The modular transmission system of this laser cutter offers higher cutting speeds and greater precision compared to traditional systems. That means you can handle more jobs, meet tight deadlines, and keep your clients satisfied.

FeatureDescription
SpeedCut materials faster than traditional systems, saving valuable time on each project.
PrecisionAchieve sharp, clean cuts, no matter how intricate the design.
MaintenanceSpend less time on repairs and more time focusing on what truly advances your business.

2.Compact Design, Maximum Efficiency If space is limited in your workshop or factory, you’ll love the compact design of this machine. It’s designed to save space without sacrificing performance. So even in crowded environments, you can keep operating with a high-performance machine.

FeatureDescription
Small but PowerfulIts optimized design allows you to make the most of floor space while maintaining high cutting performance. You no longer have to choose between size and power.
Perfect for Small SpacesIdeal for those with limited space but still need high-quality results.

3.Versatility That Works for You Whether you’re cutting metal sheets, creating custom jewelry, or manufacturing custom signage, the 600*500mm Fiber Laser Cutting Machine is designed for a wide range of tasks. With power options of 1000W, 1500W, and 2000W, it offers flexibility to handle different materials and thicknesses.

ApplicationDescription
Custom SignageEasily cut large signs, logos, and custom shapes, ideal for the advertising industry.
JewelryWork with gold, silver, and other precious metals to create intricate jewelry with flawless precision.
MetallurgyCut various thicknesses of metals like stainless steel, aluminum, and brass, ensuring clean, high-quality cuts every time.

4.Built for Durability, Easy Maintenance Unlike older systems, the modular transmission design is not only faster and more precise but also reduces wear and tear. This means less downtime, translating to higher productivity and lower repair costs.

FeatureDescription
Effortless MaintenanceKeep your machine running at peak performance without the hassle of constant maintenance.
Long-Lasting PerformanceGet the reliability you need from a machine capable of handling demanding workloads without failure.

5.Maximum Results with Minimal Space The 600*500mm Fiber Laser Cutting Machine is designed to deliver maximum results without taking up much space. Whether you’re cutting thin sheets or thick plates, it handles the job with precision, speed, and efficiency.

Why Should You Invest in This Machine Right Now?

🔝1. Increase Your Productivity
This machine doesn’t just get the job done; it does it faster and better. This means you can take on more projects, meet customer demand, and increase your profits.

🏢 2.Save Space Without Compromising Performance
If your workspace is limited, this machine is the solution. It fits in tight spaces without sacrificing cutting power or precision. You get a high-performance tool in a compact design—both worlds at their best.

🌍3. Versatility for Every Industry
From advertising to metallurgy and jewelry, this machine works for a variety of industries, offering precision and quality every time. Whether you need to cut large signs, custom jewelry, or industrial parts, it’s designed to handle it all.

Conclusion: The Future of Laser Cutting is Here

The 600*500mm Fiber Laser Cutting Machine is more than just a tool; it’s a revolutionary investment for your business. With its high cutting speed, great precision, and compact design, this machine is made to boost productivity, save space, and help you deliver superior-quality results every time.

Don’t let outdated equipment hold you back. Take your business to the next level with the 600*500mm Fiber Laser Cutting Machine: your ultimate solution for fast, precise, and efficient laser cutting.

Here’s the detailed parameter table for the 600*500mm Fiber Laser Cutting Machine:

ParameterSpecificationWhy It Matters
Cutting Area600mm x 500mm (23.6″ x 19.7″)Provides a spacious cutting area for large designs and materials like signs, logos, and jewelry without repositioning your workpiece.
Laser Power Options1000W, 1500W, 2000WAllows you to cut various thicknesses of metals. Choose the right power for your cutting needs, from thin sheets to thicker plates.
Laser SourceFiber Laser1064nm wavelength provides high efficiency and precision, ensuring optimal performance for metals like stainless steel, aluminum, and gold.
Cutting SpeedUp to 30,000mm/minHigh-speed cutting ensures you finish projects faster, boosting productivity and meeting tight deadlines.
Positioning Accuracy±0.03mmEnsures every cut is sharp and precise. Perfect for intricate designs and high-quality results in jewelry and custom signage.
Repetition Accuracy±0.02mmGuarantees consistent precision across multiple cuts, making it ideal for batch production and high-volume cutting.
Cooling SystemWater CoolingKeeps the machine at an optimal temperature, preventing overheating during long cutting sessions and ensuring consistent quality and extended lifespan.
Material CompatibilityStainless Steel, Carbon Steel, Aluminum, Brass, Copper, Gold, SilverCuts a wide range of materials for industries such as metalworking, signage, and jewelry. Perfect for all your cutting needs.
Software CompatibilityAutoCAD, CorelDRAW, Adobe Illustrator, and other CAD/CAM softwareWorks seamlessly with industry-standard design software, allowing for flexibility and integration into existing workflows.
Dimensions & Weight1950mm x 1450mm x 1200mmCompact design for space-saving while offering sturdy construction for heavy-duty work. Weight: Approx. 1000kg (2205 lbs).
Power Supply220V ± 10%, 50/60HzFits standard industrial power setups, ensuring stable performance and easy installation.
Maximum Material ThicknessSteel: Up to 8mm; Stainless Steel: Up to 6mmCuts medium to thick metals with ease, suitable for a range of applications from industrial parts to fine jewelry cutting.

Why These Parameters Matter to Your Business

  • Speed and Precision: High-speed cutting and tight accuracy mean faster production times and flawless results, even for the most detailed work.
  • Versatile Material Handling: Whether you’re working with thin metal for signs or thicker plates for industrial parts, the machine handles it all with ease.
  • Compact Yet Powerful: The space-efficient design doesn’t compromise on power, allowing you to run a high-performance operation in a limited workspace.
  • Durable and Reliable: With a high-quality build and easy maintenance, this machine is designed to work hard for years, minimizing downtime and maximizing your ROI.​

Unlock the Power of Precision: Fiber Laser Cutting Machines for Every Industry

If you’re looking for speed, precision, and versatility, the 600*500mm Fiber Laser Cutting Machine is the game-changer you need. Whether you’re creating stunning jewelry, cutting intricate metal parts, or producing high-quality advertising signage, this machine delivers flawless results every time.

IndustryApplicationsWhy It Matters
🔥 AdvertisingCutting large signs, logos, custom designs, and promotional materials.Sharp, clean cuts in a single pass save time and money, while making your signage stand out with lasting impact.
💍 JewelryCutting and engraving gold, silver, platinum, and other precious metals.Precision in every cut and intricate detail, ensuring flawless results with no imperfections.
⚙️ MetalworkingCutting stainless steel, brass, aluminum, and more for industrial parts and prototypes.High-power laser cutting provides precision and efficiency, maximizing quality and minimizing waste.
🚗 AutomotiveCutting automotive parts, components, and accessories.Speed and accuracy deliver clean cuts to the tightest specs, ensuring faster production and exceptional quality.
🔌 ElectronicsCutting and engraving circuit boards, enclosures, and metal casings.Unbelievable precision for the smallest details, ensuring high-performance results with no compromises.
🛠️ SignageCreating custom signs, storefront displays, and decorative elements.High-speed, precise cutting creates detailed designs with crisp, professional edges for impactful displays.
✈️ Aerospace & DefenseCutting and engraving metal parts, components, and prototypes.Unparalleled accuracy for tough materials like aluminum and titanium, ensuring parts meet the highest standards.
🎨 Art & DesignCreating custom artwork, decorative pieces, and engraving designs on metal.Empowering artists to bring intricate designs to life with laser-like precision for perfect finishes.

Why Choose the 600*500mm Fiber Laser Cutting Machine?

  • ⚡ Fast, Efficient Cutting: Cut more projects in less time, boosting productivity and keeping your business ahead of the curve.
  • 🎯 Precision Matters: Achieve clean, sharp cuts for even the most intricate designs. Your work will stand out with quality that speaks for itself.
  • 🔧 Low Maintenance: Designed for effortless upkeep, so you can focus on what truly matters: growing your business.
  • 🌍 Versatility: From advertising signage to aerospace parts, this machine adapts to all your cutting needs.

Get ready to level up your cutting game. The Fiber Laser Cutting Machine is more than just a tool—it’s your gateway to efficiency, precision, and versatility in every industry. Don’t wait—unlock the future of cutting today!

Laser Cutting Metal video

Request a Quote for a Fiber laser Cutting Machine

SISMAR LASER has fiber laser machines and other solutions for many industrial applications. Our solutions can serve as an upgrade to your existing Fiber laser cutting system or an excellent choice for your first laser machine.

Request a quote for a high-quality fiber laser cutting machine that exceeds your expectations. You can also schedule a demo to see how fiber laser marking cutting works.

welcome to SISMAR laser. very glad to answer any questions about our fiber laser marking/cutting machines.

3D Large-Format Laser Marking Machine

3D Large-Format Laser Marking Machine

Break the Size Barrier – Redefine 3D Laser Marking

3D Large-Format Laser Marking Machine

Ready to scale your production without the headaches?
This system delivers seamless 3D engraving up to 1200 × 1200 mm—no beams to align, no stitching to slow you down.

With Feeltek F10/F20 3D galvanometers and your choice of Fiber, UV, or CO₂ lasers, you’ll mark metals, glass, plastics, or ceramics with pinpoint accuracy.

Less maintenance. Faster turnaround. True one-pass results.
If you’re serious about big projects and flawless detail, this is the machine that makes it happen.

Photos of Large Format Laser Marking Machine

3D Large-Format Laser Marking Machine

Break the Size Barrier – Redefine 3D Laser Marking

Say goodbye to the limits of traditional beam-rail designs.
Our 3D Large-Format Laser Marking Machine delivers seamless, one-piece engraving with an expansive working area and exceptional 3D processing power—without any overhead beam or stitching.


 

Core Advantages: Boundless · Precise · Efficient

Integrated Ultra-Large Working Area
Achieve a massive 1200 × 1200 mm marking field without any beam or track extensions.
No panel stitching, no alignment errors—just smooth, continuous, flawless results across the entire surface.

Extreme 3D Precision
Equipped with Feeltek F10 / F20 high-speed 3D galvanometers and an intelligent optical control system, it delivers millimeter-level accuracy on complex curves, irregular shapes, and fine relief engravings.

All-Material Compatibility
Choose from Fiber, UV, or CO₂ laser sources to handle metals, plastics, glass, ceramics, acrylics, and more—one machine for nearly every production line.

Efficiency & Stability, Elevated
The innovative beam-free design simplifies the mechanical structure, reduces maintenance costs, and significantly boosts throughput and long-term reliability—ideal for high-volume industrial production.


 

Applications: From Flat to Fully 3D

  • Relief & Deep Engraving
    Create striking, multi-layer 3D relief effects on metals or non-metals—perfect for mold making and fine art pieces.

  • Complex Curved Surfaces
    Mark automotive dashboards, mobile phone housings, curved pipes, and other irregular parts with uniform clarity.

  • Oversized Workpieces
    Mark large panels, signage, or industrial components in a single pass, dramatically increasing productivity.


 

Customer Challenges & Our Solutions

Customer ChallengeOur Solution
“Large workpieces require multiple setups and stitching.”Integrated Large-Format Marking: The beam-free design covers up to 1200 × 1200 mm in one operation, eliminating time-consuming alignment and potential stitching errors.
“Complex curves and reliefs are hard to mark precisely.”High-Performance 3D Galvo: Dynamic focus tracking ensures crisp, accurate marking across every contour.
“Conventional structures are complex and costly to maintain.”Simplified, Reliable Design: Fewer moving parts reduce wear and downtime, lowering maintenance costs and improving uptime.

 

Technical Specifications

FeatureDetails
Maximum Working Area1200 × 1200 mm
Laser SourcesFiber, CO₂, or UV
GalvanometerFeeltek F10 / F20 High-Speed 3D Galvo
Supported Processes3D relief engraving, curved-surface marking, large-area flat marking
Unique DesignBeam-free, fully integrated structure
Cooling MethodAir or water cooling

1️⃣ Structure & Core Components

ItemFeeltek 3D Laser Marking MachineJCZ G3 3D Laser Marking Machine
Galvo / Marking HeadNative 3D galvo (F10/F20 series) with intelligent optical dynamic focusing; a single galvo can achieve ultra-large 3D marking areas.JCZ G3 3D galvo with dynamic focusing, mainly designed for medium-size work areas.
Control SystemDedicated 3D control board, compatible with advanced CAD/CAM and industrial automation systems; faster positioning and higher precision.Bundled with EZCAD3 software and JCZ control board; mature ecosystem and very easy to operate.

 

2️⃣ 3D Processing Capability

  • Curved & Relief Engraving

    • Feeltek: High-speed Z-axis dynamic focusing handles deep reliefs, spheres, stepped surfaces, and other complex 3D geometries in a single pass.

    • G3: Supports 3D curve marking and shallow reliefs, but offers a smaller continuous focus range and slightly less depth accuracy.

  • Working Area

    • Feeltek: Achieves up to 1200 × 1200 mm or larger in one shot—no beam, no stitching.

    • G3: Stable range is typically 300 × 300 mm to 600 × 600 mm; larger sizes usually require motion stages or section-by-section stitching.


 

3️⃣ Ecosystem & Compatibility

  • Feeltek: Flexible integration with multiple 3D modeling platforms and industrial automation lines; ideal for customers needing custom development.

  • G3: Deeply tied to the EZCAD software ecosystem with a large user base and abundant training resources—very beginner-friendly.


 

4️⃣ Cost & Maintenance

 Feeltek 3DJCZ G3 3D
Overall CostHigher, aimed at high-end industrial production.More budget-friendly with excellent cost-performance ratio.
MaintenanceBeam-free design with fewer moving parts means lower long-term maintenance; galvo replacement cost is higher.Conventional structure, spare parts widely available and inexpensive, easy to service.

 

5️⃣ Typical Applications

  • Feeltek 3D: Architectural glass panels, oversized metal sheets, automotive and aerospace components, large public-art reliefs, and batch production of complex 3D workpieces.

  • JCZ G3 3D: Small- to medium-format 3D marking such as mobile device housings, consumer electronics, gifts, and personalized products.


 

✨ Industry Takeaway

  • Need ultra-large format and high-precision deep 3D engraving? → Choose Feeltek 3D.
    Perfect for one-pass, stitch-free, industrial-scale production.

  • Looking for strong value and quick learning curve? → Choose JCZ G3 3D.
    Ideal for medium-size 3D marking with a friendly budget and fast deployment.

In one line: Feeltek 3D = High-end, large-format industrial solution; JCZ G3 3D = Practical, medium-format mainstream solution.

FAQ – 3D Large-Format Laser Marking Machine

Break the Size Barrier – Redefine 3D Laser Marking

1. What is a 3D Large-Format Laser Marking Machine?

It is a high-precision laser system capable of marking ultra-large surfaces (up to 1200 × 1200 mm), including flat panels, curved surfaces, and 3D reliefs—all in one seamless operation without stitching or beam rails.


 
2. What materials can it mark?

The machine supports metal, glass, plastic, ceramics, and more, using Fiber, UV, or CO₂ lasers depending on the material and application.


 

3. What are the key advantages of this machine?

  • Ultra-Large One-Pass Marking: No beam or stitching required.

  • High-Precision 3D Engraving: Advanced Feeltek F10/F20 3D galvanometers handle complex curves and deep reliefs.

  • Efficient & Stable: Simplified structure reduces maintenance and maximizes production throughput.


 

4. Can it mark curved or irregular surfaces?

Yes. With its 3D dynamic focusing system, the machine can accurately mark complex curves, spheres, and stepped surfaces with millimeter-level precision.


 

5. How does it compare to standard 2D or medium-format 3D laser machines?

Unlike standard 2D or medium-format 3D machines, the large-format 3D laser system:

  • Handles much larger workpieces (up to 1200 × 1200 mm).

  • Delivers higher precision on curves and deep reliefs.

  • Operates in one seamless pass without stitching or additional motion stages.


 

6. What industries benefit most from this machine?

  • Architectural glass and decorative panels

  • Automotive and aerospace parts

  • Industrial metal sheets

  • High-end 3D art and gifts

  • Large-scale batch 3D marking projects


 

7. How about maintenance and operational cost?

The machine uses a beam-free, simplified design, reducing moving parts and maintenance. High-quality galvanometers and optics ensure long-term stability, making it cost-effective for industrial-scale production.

Working Video of Large format laser marking machine

Request a Quote for a Large format Laser Marking Machine

SISMAR LASER has Large format laser machines and other solutions for many industrial applications. Our solutions can serve as an upgrade to your existing laser marking system or an excellent choice for your first laser machine.

Request a quote for a high-quality large format laser marking machine that exceeds your expectations. You can also schedule a demo to see how large format laser marking machine laser marking works

welcome to SISMAR laser. very glad to answer any questions about our fiber laser marking/cutting machines.

800*800mm Large format Laser Marking Machine

Mark Bigger with Our Large-Format Stitching Laser Marking Machine

One-pass 800×800mm marking with micron-level accuracy — no repositioning required.
Break Free from Size Limits with the Large-Format Stitching Laser Marking Machine

Tired of wasting time moving oversized workpieces just to fit a small marking area? Frustrated with stitching errors, low efficiency, and wasted labor?

The Large-Format Stitching Laser Marking Machine changes everything. With an 800×800mm marking area, you get seamless, high-precision results in one pass—no repositioning, no headaches. Faster production, flawless accuracy, and compatibility with multiple materials make it the smart choice for manufacturers who want to scale without compromise.

👉 If you’re in automotive, electronics, appliances, signage, or metal fabrication, this is the machine that keeps you ahead of the competition.

Photos of Large Format Laser Marking Machine
Say Goodbye to Size Limits, Embrace the New Era of Large-Format Laser Marking

Is your product too large for efficient marking, forcing you to rely on slow and segmented processes?
Are you still struggling with complex repositioning, alignment, and stitching, which lead to low precision and reduced productivity?

As your trusted laser application expert, we understand your challenges. That’s why we bring you a revolutionary solution — the Large-Format Stitching Laser Marking Machine.
It’s not just a piece of equipment — it’s a powerful engine to help you increase efficiency, ensure accuracy, and seize market opportunities.


 

Break the Limit · Ultra-Large Format with Seamless Stitching

Traditional laser marking is limited by the working range of a single scan head and lens, creating bottlenecks for large workpieces or continuous patterns.

The Large-Format Stitching Laser Marking Machine adopts innovative multi-optical-path stitching and intelligent dynamic control technology, achieving one-pass marking from 300×300mm up to 800×800mm.
No more moving heavy workpieces or manual stitching — production efficiency will increase exponentially.


 

Key Advantages: Creating Value for You

  • High-Precision Seamless Stitching
    Our proprietary control algorithm reduces stitching error to the micron level. Whether it’s text, graphics, or QR codes, transitions are flawless, with no distortion or blurring — perfectly delivering your brand value.

  • Ultra-Large Processing Range
    Supports single-station large-format marking and flexible stitching for continuous patterns. Suitable for sheet metal, glass doors and windows, large signage, appliance housings, and more.

  • Exceptional Productivity
    Compared with traditional small-format step-by-step marking, overall processing speed is greatly improved, labor intervention is reduced, and production cycles are significantly shortened — accelerating your return on investment.

  • Multiple Laser Options
    Compatible with fiber lasers (60W, 100W, 200W), as well as green and UV lasers, meeting diverse material requirements including metal, plastic, glass, wood, and leather.
    With MOPA laser sources, you can achieve advanced applications such as stainless steel color marking and black marking on aluminum — adding more value to your products.


 

Application Fields

  • Automotive & Aerospace: Serial numbers, production dates, QR codes on automotive and aerospace parts

  • Home Appliances & Electronics: Logos, model information on large appliance housings; marking on large electronic panels

  • Metal Processing: Engraving and marking on large sheet metals, fabricated parts, and stainless steel products

  • Architecture & Decoration: Patterns and logos on glass doors, aluminum windows, and decorative materials

  • Kitchen & Sanitary Ware: Branding and identification on stainless steel sinks, stoves, and kitchen equipment

  • Furniture & Woodworking: Logo and pattern engraving on wooden furniture, doors, and decorative panels

  • Advertising & Signage: Logos and designs on large advertising boards, signage plates, and light boxes


 

Technical Specifications

ParameterDescription
Laser Source

Fiber Laser(60W 100W 200W)

UV laser:5W 10W 15W

Co2 laser:60W 100W 

Scan HeadOriginal Beijing SG2206 high-speed galvo
ControllerEZCAD3 / Zeus
Power SupplyMean Well (Taiwan)
Max. Marking Area

300×300mm to 800×800mm

marking size also can be custom made

Minimum Line Width≤0.01mm
Repeat Accuracy±0.003mm
Max. Marking Speed12,000 mm/s
Cooling MethodAir cooling
Working VoltageAC220V / 50Hz

Stitching Marking vs. On-the-fly Marking: Do You Need “Big” or “Fast”?

Traditional laser marking is limited by the galvo head’s field of view. When a workpiece is too large to mark in one go, or when it’s moving too fast on a production line to stop, traditional methods fall short.

Stitching Marking and On-the-fly Marking were developed to solve these two core pain points, offering distinct solutions for different applications.


 

Stitching Marking — Focused on “Big”

Imagine painting on a giant canvas.

When your workpiece is too large for a single marking area, stitching technology uses intelligent algorithms to divide a single, oversized pattern into smaller sections. The galvo head marks each section sequentially, and the software seamlessly stitches them together to form a complete, cohesive image.

  • Problem Solved: Solves the challenge of marking large-format workpieces in a single process, eliminating the need for tedious repositioning and manual splicing.

  • Applicable Scenarios: Ideal for large, static workpieces like metal plates, appliance casings, billboards, and architectural decorative panels. It’s the perfect solution for tasks that require “big” size.

In a nutshell: Stitching Marking = Integrated, large-format processing.


 

On-the-fly Marking — Focused on “Fast”

Now, imagine writing on a sheet of paper as it moves on a conveyor belt.

On-the-fly marking is designed for high-speed production lines. It uses an encoder to get real-time data on the workpiece’s speed and position. The laser galvo and control system (like the JCZ Zeus) work in sync to ensure the laser beam precisely follows the workpiece, completing the mark without stopping the production line.

  • Problem Solved: Addresses efficiency bottlenecks on high-speed lines, enabling uninterrupted marking.

  • Applicable Scenarios: Best for industries that demand extremely high efficiency and speed, such as food and beverage packaging, cables, pipes, and electronic components. It’s the ideal choice for tasks that require “fast” speed.

In a nutshell: On-the-fly Marking = High-speed, non-stop marking.


 

Core Comparison Summary

FeatureStitching MarkingOn-the-fly Marking
Working PrincipleMarks large patterns in sections and stitches them together with software algorithms.Marks continuously on a moving workpiece by syncing with its speed and position.
Problem SolvedIntegrated marking for large-format workpieces, avoiding repeated positioning and manual splicing.Efficiency bottlenecks on high-speed lines, enabling “mark-on-the-move.”
Accuracy & ResultAccuracy depends on software algorithms. Non-filled graphics can be seamless, but filled graphics may show slight seams that require further optimization.By nature, there are no seams because the graphic is completed in one continuous motion. Both filled and non-filled graphics maintain perfect consistency.
Applicable ScopeSuitable for large-format workpieces with medium to high demands for marking appearance, such as metal sheets, large appliance casings, and architectural materials.Best for industries that demand extremely high production efficiency and speed, such as food/beverage packaging, cables, pipes, and electronic components.

To choose the right technology, consider your primary production need:

Do you need to mark something bigger? Choose stitching. Do you need to mark something faster? Choose on-the-fly.

Stitching Laser Marking (Stitching Marking) FAQ

Q1: What is Stitching Laser Marking?
Stitching marking splits large patterns into smaller areas. Each area is marked step by step, then seamlessly stitched via software. Unlike traditional marking, it can handle ultra-large workpieces in one pass.

Q2: Are stitched patterns seamless?
Yes, high-precision vision and software control ensure micron-level transitions. Text, lines, and QR codes appear seamless. Slight traces may appear on large filled patterns but rarely affect overall appearance. Free samples available.

Q3: Accuracy and speed?
Accuracy per area equals traditional marking. Stepwise marking saves time on positioning and handling, often making it faster overall.

Q4: Suitable materials and products?

  • Metals: Sheet metal, stainless steel panels, nameplates

  • Appliances: Fridge doors, AC shells, TV backs

  • Architectural: Glass walls, aluminum panels, stone patterns

  • Others: Billboards, wooden furniture, automotive parts

Q5: Is it easy to operate?
Yes, user-friendly software handles design import, size, and stitching automatically. Training and support are provided.

Q6: What lasers are supported?
Fiber lasers (60W, 100W, 200W), optional green or UV lasers for metal, plastic, glass, and more.

Q7: Maximum marking area?
Depends on model and galvo. Typically 300×300mm to 1500×1500mm or larger.

Q8: Suitable for high-speed production lines?
Designed for large static workpieces. For moving lines, use on-the-fly marking for efficiency.

Q9: Advantages over traditional marking?

  • One-time ultra-large marking

  • No repeated positioning or manual stitching

  • Higher efficiency, fewer errors

  • Maintains aesthetics of complex patterns and QR codes

Q10: Installation and operation difficulty?
Simple to use with professional software. On-site installation, debugging, and training provided.

Q11: Materials it can process?
Metals, plastics, glass, wood, and more. Choose laser type and power based on material (fiber, MOPA, green, UV).

Working Video of Large format laser marking machine

Request a Quote for a Large format Laser Marking Machine

SISMAR LASER has Large format laser machines and other solutions for many industrial applications. Our solutions can serve as an upgrade to your existing laser marking system or an excellent choice for your first laser machine.

Request a quote for a high-quality large format laser marking machine that exceeds your expectations. You can also schedule a demo to see how large format laser marking machine laser marking works

welcome to SISMAR laser. very glad to answer any questions about our fiber laser marking/cutting machines.

High-Precision Vision Laser Marking Machine

High-Precision Vision Laser Marking Machine

High-Precision Vision Laser Marking Machine for Charging Plugs & Chargers

CCD Vision Laser Marking Machine

High-Precision Vision Laser Marking Machine

Take your mobile accessory production to the next level. Our vision laser marking machine delivers fast, accurate, and permanent markings for charging plugs, earphone covers, power banks, phone cases, and more.

With a high-resolution CCD camera and smart vision software, it automatically detects and positions each product, eliminating errors and waste. The non-contact process keeps surfaces flawless while marking logos, serial numbers, QR codes, and custom designs that last.

CCD visual Position Laser Marking Machine Photo

High-Precision Vision Laser Marking Machine: Make Your Mobile Accessories Stand Out

If you’re a mobile accessories manufacturer, you already know this: the quality and look of your products can make or break a sale. Traditional marking methods are slow, inaccurate, and prone to mistakes. That’s where our high-precision vision laser marking machine comes in.

It’s built for charging plugs, earphone covers, power banks, phone cases, and more—delivering crisp, permanent markings every single time. Logos, serial numbers, QR codes, or custom designs—you name it, it handles it.


 

Why You’ll Love This Machine

1. Pinpoint Accuracy Every Time

  • High-resolution CCD camera + smart vision software

  • Automatically detects and positions your products—no manual alignment needed

  • Result? Zero mistakes, zero waste

2. Lightning-Fast Marking

  • High-speed galvanometer system + optimized algorithms

  • Cuts marking time down to milliseconds

  • Produces more parts per hour, boosting your production efficiency

3. Non-Contact, No Damage

  • Laser marking is non-contact

  • Keeps high-end surfaces like power banks and earphones pristine

  • Perfect for products where looks matter

4. Long-Lasting Marks with Anti-Counterfeit Benefits

  • Wear-resistant and environment-proof

  • Helps with product traceability and anti-counterfeiting

  • Keeps your brand professional and trustworthy


 

Perfect For These Applications

  • Charging Plugs & Chargers: Logos, model numbers, CE/FCC marks

  • Bluetooth & TWS Earphones: Brand name, left/right labels, anti-counterfeit codes

  • Power Banks & Mobile Chargers: Capacity, production date, safety warnings

  • Phone Cases & Covers: Custom patterns, text, textures—boosts product value

No matter the batch size, from small runs to mass production, this machine handles it all.


 

Quick Specs

ParameterSpecification
Laser TypePulsed Fiber Laser / UV Laser (optional)
Laser Power20W / 30W / 50W (Fiber Laser); 3W / 5W (UV Laser)
Marking Area110×110mm (standard); optional 175×175mm, 200×200mm
Marking Speed≤7000mm/s
Minimum Line Width0.01mm
Minimum Character0.1mm
Positioning Accuracy±0.01mm
Vision SystemHigh-res CCD + smart vision software
Supported FilesPLT, DXF, AI, BMP, JPG, PNG…
CoolingAir-cooled
PowerAC 220V, ≤1000W
Machine SizeApprox. 700×600×1350mm
SoftwareProprietary control software, multi-OS

Customizable options available—adjust laser power, marking area, and software features to fit your production needs.


 

What This Machine Does For You

Boost Product Quality & Brand Image

  • Sharp, permanent markings make your products look premium

  • Instantly increases brand credibility

Reduce Costs & Labor Dependence

  • Automated vision system reduces need for skilled operators

  • Lowers labor costs and human error

Expand Product Lines & Business Opportunities

  • Flexible marking handles custom orders quickly

  • Opens new revenue streams with personalized products

Why Choose Laser Marking Over Traditional Marking for Mobile Accessories?

If you’re in the mobile accessories business—chargers, earphones, power banks—you already know: details matter. The logo has to be sharp, the serial number must be readable, and the surface can’t get damaged. Here’s where laser marking simply outperforms old-school methods like ink printing or mechanical engraving:

  • Pinpoint Precision – Laser hits accuracy within ±0.01mm, perfect for tiny, curved, or irregular parts. Traditional methods? They struggle to stay consistent.

  • Permanent & Clean – No fading, no smudging, no scratching. Your branding stays sharp for the lifetime of the product.

  • Faster Production – High-speed lasers mark products in milliseconds. Traditional printing or engraving slows you down with manual setups and extra steps.

  • Non-Contact = No Damage – The laser never physically touches your product, so even glossy power banks or delicate earbud cases stay flawless.

  • Flexible & Customizable – Logos, QR codes, barcodes, anti-counterfeit marks… you name it, the laser does it—without swapping tools or consumables.

  • Cost-Effective – Forget ink refills or worn engraving bits. Lasers require minimal maintenance and cut long-term production costs.

Laser Marking vs. Traditional Marking for Mobile Accessories

Traditional MarkingLaser Marking
Low precision – Printing or engraving struggles on tiny or irregular partsHigh precision – ±0.01mm accuracy, perfect for chargers, earbud cases, power banks
Fades or blurs – Ink wears off, engraving loses clarity over timePermanent clarity – Marks stay sharp, wear-resistant, and fade-proof
Slow & labor-intensive – Manual alignment and multiple steps requiredHigh speed – Up to 7000mm/s marking speed boosts productivity
Contact process – Risk of scratches or surface damageNon-contact – Laser leaves surfaces flawless
High consumable costs – Ink, molds, or engraving bits need replacementLow maintenance – No consumables, lower long-term cost
Limited applications – Simple text or basic graphics onlyVersatile – Logos, QR codes, barcodes, serial numbers, anti-counterfeit marks

👉 Summary:
For mobile accessories like chargers, earphones, power banks, and cases, laser marking delivers precision, durability, and efficiency that traditional methods can’t match—helping your brand stand out while cutting production costs.

👉 Bottom line: Laser marking isn’t just “another option.” It’s the smarter, faster, and more professional way to brand mobile accessories—helping you stand out in a competitive market.

FAQ – High-Precision Vision Laser Marking Machine

Q1: What types of products can this machine mark?
A: Almost anything in mobile accessories—charging plugs, earphone covers, TWS earphones, power banks, phone cases, and more. It works on plastics, metals, and composite materials.

Q2: How precise is it?
A: Very precise. The built-in high-res CCD camera + vision software ensures markings are accurate to ±0.01mm, even on small or oddly-shaped products.

Q3: Is it easy to operate?
A: Absolutely. The software is intuitive and supports common file formats (PLT, DXF, AI, BMP, JPG, PNG, etc.). With minimal training, your team can start marking in no time.

Q4: Will it damage my products?
A: No. The laser is non-contact, so surfaces stay flawless. Perfect for high-end accessories where appearance matters.

Q5: Can it handle high-volume production?
A: Yes. High-speed galvanometer technology allows fast, stable marking for both small batches and mass production.

Q6: What types of marks can it make?
A: Logos, serial numbers, QR codes, barcodes, custom text, patterns, and anti-counterfeit codes. The marks are permanent, wear-resistant, and environment-proof.

Q7: Can the machine be customized?
A: Yes. We can adjust laser power, marking area, and software features to match your production needs.

Q8: What support do you provide?
A: We offer one-year warranty for the machine, extended warranty for the laser, 24/7 technical support, remote assistance, and training to get your team up and running quickly.

CCD Visual Position Laser Marking Video
Laser Marking Zipper
Laser Marking Electronic parts
Laser Marking Plastic
Laser Marking phone Charger

Request a Quote for a CCD Visual Position Laser Marking Machine

SISMAR LASER has CCD visual Position  laser machines and other solutions for many industrial applications. Our solutions can serve as an upgrade to your existing laser marking system or an excellent choice for your first laser machine.

Request a quote for a high-quality green laser marking machine that exceeds your expectations. You can also schedule a demo to see how green laser marking works.

welcome to SISMAR laser. very glad to answer any questions about our fiber laser marking/cutting machines.

3D Green Laser Single-Sphere Crystal Laser Engraving Machine

3D Green Laser Single-Sphere Crystal Laser Engraving Machine

Turn Ordinary Photos Into Extraordinary Crystal Masterpieces – A Profitable Business in a Box

3D Green Laser Single-Sphere Crystal Engraving Machine
Take your crystal gift business to the next level with our high-precision green laser crystal engraving machine. Designed for single-sphere crystal engraving and small crystal cube customization, this machine delivers sharp, detailed 3D images inside glass or crystal with incredible speed and accuracy. Its compact size, built-in touchscreen display, and WiFi photo upload function make it easy to operate — no external computer required. Perfect for entrepreneurs, gift shops, and studios seeking professional 3D laser crystal engraving solutions.

Machine Photos of 3D subsurface laser engraving machine

– Introduction & Product Overview

🚀 A Profitable, Creative, and Future-Proof Business Idea

Are you looking for a business that delivers jaw-dropping products your customers can’t stop talking about?
If you’ve ever admired those 3D photo crystals that capture memories inside a polished glass block or crystal ball, now is your chance to own the technology that makes them—without spending a fortune or hiring a team of technicians.

🌟 Product Overview: 3D Green Laser Single-Sphere Crystal Laser Engraving Machine
The 3D Green Laser Single-Sphere Crystal Laser Engraving Machine is a compact, high-precision engraving solution for crystal spheres, crystal cubes, and other glass products.
Unlike bulky traditional machines, this eco-friendly, Wi-Fi-enabled system delivers automation, simplicity, and profit potential—all in one machine.

If you’ve been searching for a crystal cube laser inside engraving machine that is affordable, versatile, and business-ready, this is your competitive edge.


 

– Key Advantages & Features

⚠️ Why Most People Fail with Laser Engraving (And How You Won’t)
Many entrepreneurs hesitate to enter the personalization market because:

  • ❌ High upfront costs of traditional engraving equipment

  • ❌ Complicated software with a steep learning curve

  • ❌ Bulky, industrial machines that don’t fit in small businesses

Our Solution:
✅ So simple, anyone can use it
✅ So compact, it fits in any shop or studio
✅ So efficient, it pays for itself in months

🔥 Fully Automated 3D Engraving – The Game-Changer

  • 📱 Mobile Uploads, No PC Needed – Scan, upload, engrave directly from your phone

  • 🤖 Smart 3D Model Generation – Automatic photo-to-3D conversion

  • 🖼️ All-in-One Functionality – 2D, 3D, and photo engraving in one system

  • 🔗 Flexible Formats – Accepts JPG, GLB, and more

🎁 Endless Product Possibilities

  • Personalized gifts and keepsakes

  • Awards, trophies, and corporate gifts

  • Souvenirs and event mementos

  • Custom art and décor pieces

🏪 Designed for Businesses Like Yours

  • 📏 Compact, Shop-Ready Design: 62×65×60cm footprint

  • 🪨 Rock-Solid Stability: 75kg build for vibration-free engraving

  • 🔄 Sphere & Cube Versatility: Up to Ø70mm spheres, 70×70×100mm cubes

  • 🌬️ Silent, Clean Operation: Air-cooled and dust-free

💡 Why Green Laser? The Secret to Superior Quality

  • ✅ Sharper, higher-resolution engraving

  • ✅ Crisp, vibrant photo reproduction

  • ✅ 20,000-hour laser lifespan

  • ✅ 300W low power consumption

– Business Opportunity & Technical Info

💰 ROI: From Startup to Profitable in Months

  • Crystal blanks cost just a few dollars

  • Engraved crystals retail for $100+

  • One day of orders could cover your machine cost in months

  • Turnkey business opportunity designed for quick scaling

🔑 Simple 5-Step Workflow

  1. 📲 Scan QR Code – Customers upload their favorite photo

  2. 🤖 AI-Powered 3D Model – Machine auto-converts image

  3. 🖼️ Select Engraving Mode – Choose 2D, 3D, or photo

  4. 🔥 Start Engraving – Watch the design come alive

  5. 🎁 Deliver the Product – Hand over a premium keepsake

🛠️ Technical Specs at a Glance

FeatureSpecification
Laser Wavelength532 nm (Green Laser)
Output Power~887.9 mW
Max EngravingØ 70 mm
Engraving Speed3000 dots/sec
Resolution500–1200 DPI
SupportedCrystal Sphere, Crystal Cube
Size/Weight62×65×60 cm / 75 kg
CoolingAir-Cooled
Laser Lifetime20,000 hours

🏆 Built for Entrepreneurs Who Want Freedom

  • 📦 Portable and event-friendly setup

  • 🎨 Creative flexibility with high profit margins

  • 🔧 Low operating costs, high returns

🤝 After-Sales Support You Can Trust

  • 🔒 1-Year Warranty – Full coverage on all parts

  • 📞 Lifetime Tech Support – Phone, chat, remote video

  • 💻 Free Software Updates – Stay ahead of competitors

FAQ – 3D Green Laser Single-Sphere Crystal Laser Engraving Machine

 
1. What materials can I engrave with this machine?

You can engrave crystal spheres, crystal cubes, and other glass products. The machine supports a variety of shapes and sizes up to Ø70mm for spheres and 70×70×100mm for cubes.

2. How does the 3D engraving process work?

Simply scan the QR code on the machine, upload a photo from your phone, and the system will automatically generate a 3D model and engrave it inside the crystal. No PC or CAD software is needed.

3. Is this machine suitable for small shops or home businesses?

Yes! With its compact design (62×65×60 cm) and stable 75kg frame, the machine fits easily in gift shops, kiosks, photography studios, or home-based businesses.

4. What file formats does the machine support?

The system accepts JPG, GLB, and other popular file types, giving you flexibility for 2D, 3D, and photo engraving.

5. How precise is the laser engraving?

Equipped with a 532nm green laser, the machine produces high-resolution engravings (500–1200 DPI), capturing intricate details and producing vibrant, crisp 3D images.

6. How long does the laser last?

The laser module has a lifespan of approximately 20,000 hours, ensuring long-term reliability and low maintenance costs.

7. How energy-efficient is the machine?

The device uses only ≈300W, and its air-cooled system ensures silent, dust-free, and eco-friendly operation.

8. Can the machine handle bulk orders?

Yes! With optional jigs and adjustable motion platforms, you can engrave multiple sizes and designs efficiently, making it ideal for high-volume production.

9. What is the typical ROI for this machine?

Crystal blanks cost only a few dollars each, while engraved 3D crystals can retail for $100+. Many businesses recoup their machine cost in just a few months, depending on daily order volume.

10. What support and warranty are provided?
  • 1-Year Warranty: Full coverage for all parts.

  • Lifetime Technical Support: Assistance via phone, chat, or remote video.

  • Free Software Updates: Keep your machine updated with new features and improvements.

11. Is the machine easy to use for beginners?

Absolutely! The fully automated workflow allows anyone to start engraving without prior laser or CAD experience. Just upload the photo and start engraving.

12. Can I engrave both spheres and cubes in the same machine?

Yes! The machine is designed for versatility, allowing you to switch between crystal spheres and cubes easily with adjustable jigs.

Working Video of 3D Crystal Laser Marking Machine

Request a Quote for a 3D crystal Green Laser Marking Machine

SISMAR LASER has fiber laser machines and other solutions for many industrial applications. Our solutions can serve as an upgrade to your existing laser marking system or an excellent choice for your first laser machine.

Request a quote for a high-quality 3D crystal r laser marking machine that exceeds your expectations. You can also schedule a demo to see how 3D crystal Green laser marking works.

welcome to SISMAR laser. very glad to answer any questions about our fiber laser marking/cutting machines.

Related 3D crystal Laser marking machine

High-Speed Fiber Laser Marking System for PVC PIPE Production Line

High-Speed Fiber Laser Marking System for PVC/PP Pipes

Permanent Marks. Zero Ink. Maximum Efficiency

Upgrade your PVC/PP pipe production line with permanent, high-precision laser marking. Say goodbye to ink, nozzles, and messy maintenance. Our fiber laser system delivers crisp text, logos, QR codes, and barcodes at high speed, fully synchronized with your extrusion line.

  • Permanent & durable marks that never fade or rub off

  • Zero consumables – no ink, no ribbons, no extra cost

  • High-speed & precise – up to 12,000 mm/s marking speed

  • Eco-friendly & low maintenance – safe, clean, and energy-efficient

Perfect for construction, water, gas, chemical, and OEM pipes, this system boosts traceability, productivity, and brand value in one simple upgrade.

Photos of the Flying Laser Marking Machine Online

High-Speed Fiber Laser Marking System for PVC/PP Pipe Production Lines

 
Are You Tired of Inkjet Headaches?

Let’s be honest: if you’re running a PVC or PP pipe production line, you know the struggle. Ink runs out, nozzles clog, marks fade, downtime kills efficiency—and your costs keep climbing.

It’s frustrating. You’re losing money and reputation without even realizing it.


 

Here’s the Better Way

Imagine this instead:

  • Permanent marks that never fade or rub off

  • Zero consumables—no ink, no solvents, no extra cost

  • Maintenance-free operation—no nozzle cleaning, no downtime

  • High-speed integration—works perfectly with your extrusion line

That’s exactly what our High-Speed Fiber Laser Marking System does.


 

⚙️ Fiber Laser System Technical Specifications

ParameterValueWhy It Matters (From Your Perspective)
Laser TypePulsed Fiber LaserReliable, high-quality beam ensures crisp, permanent marks every time
Laser Power 50W Higher power = faster marking, deeper engraving; choose based on your line speed
Marking Area110×110 mm / 150×150 mmFits most pipe diameters, adjustable for larger/smaller surfaces
Minimum Line Width≤0.015 mmPerfect for small text, barcodes, QR codes, and intricate logos
Marking Speed≤12,000 mm/sKeeps up with your extrusion line — no bottlenecks
Repeatability±0.002 mmConsistent marks across every single pipe, batch after batch
CoolingAir-cooledNo need for bulky water systems; low maintenance and easy integration
Operating VoltageAC 220V ±10%, 50HzStandard industrial voltage; plug and play anywhere
Power Consumption<500WEnergy-efficient, lower operating costs than traditional inkjet systems
MTBF>100,000 hoursReliable long-term operation, reduces downtime and maintenance worries

 

💡 Why These Specs Matter for You

  • Marks never fade or rub off → laser type + repeatability guarantees it.

  • Line keeps moving at full speed → high marking speed + adjustable power.

  • Minimal maintenance & low running costs → air cooling + low power.

  • Mark every pipe consistently → adjustable marking area + minimum line width handles it.


 

Application – Where This System Shines

Our fiber laser marking system is perfect for:

  • PVC, PE, PP Pipe Production Lines – seamless integration with extrusion lines.

  • Construction Pipes – permanent batch numbers, diameter, and manufacturer info.

  • Water & Gas Supply Pipes – clear markings for traceability and compliance.

  • Industrial & Chemical Pipes – resistant markings for long-term identification.

  • OEM & Private Label Production – custom logos, QR codes, and barcodes for branding.

Basically, any pipe that needs permanent, high-speed, high-quality marking benefits from this system.


 

Real ROI for Pipe Factories

What You Care AboutInkjet PrintingFiber Laser MarkingYour Win
Consumables$7,000–$14,000/year$0Save up to $14,000 annually
MaintenanceNozzles clog, constant cleaningAlmost noneStop wasting time and money
EfficiencySlows productionSyncs with line speed10–30% more output
Mark QualityFades, easy to erasePermanent & sharpStronger traceability & brand trust

💡 One PVC pipe plant with 10 extrusion lines saved over $100,000/year just by switching from inkjet to fiber laser.


 

Why Customers Love It

  • Fast ROI: Most recover the investment within 1–2 years

  • Easy to Use: Operators get trained in less than 2 hours

  • Plug & Play: Mounts directly on your extrusion line, compatible with most pipe diameters (16–630 mm)

  • Software That Works: Automatic batch, date, serial number, barcode, and QR code generation


 

Installation & Support

  • Fast Delivery: 7 working days

  • Training & Guides: Step-by-step videos, manuals, online sessions

  • Warranty: 2 years full coverage

  • Support: 24/7 remote assistance


 

Bottom Line

Stop wasting money. Stop losing time. Stop worrying about faded marks or unhappy customers.

Switch to fiber laser marking and get permanent, high-quality marks, lower costs, higher efficiency, and peace of mind.

👉 Contact us today for pricing, demo, or consultation.

Fiber Laser vs. Other Pipe Marking Methods – What You Really Need to Know

When it comes to marking PVC, PE, or PP pipes, there are a few options: inkjet printing, thermal transfer, and fiber laser marking. Here’s a straight-up comparison from a factory owner’s perspective:

Feature / MethodInkjet PrintingThermal TransferFiber Laser Marking (Our System)
Mark DurabilityFades quickly, rubs offMore durable than inkjet, but still wearsPermanent, scratch-resistant, lasts pipe’s lifetime
ConsumablesInk, solvent, maintenance fluidsRibbon, ink, and maintenanceZero consumables — no ink, no ribbons, no waste
MaintenanceFrequent nozzle cleaning, clogging, downtimeRibbon replacement, occasional calibrationMinimal maintenance, almost maintenance-free
Speed CompatibilityLimited by drying time and head speedModerate, depends on ribbon systemMatches high-speed extrusion lines — up to 120 m/min
Print Quality / DetailLow resolution, blurry small textBetter, but limited for barcodes/QR codesHigh precision, ≤0.015 mm line width, perfect for logos, barcodes, QR codes
Environmental ImpactChemical waste, messyLess than inkjet, but still produces wasteEco-friendly, no chemical waste, no pollution
Operating CostHigh yearly consumables ($7k–$14k)ModerateVery low, mainly electricity
Traceability / ComplianceMarks can fade → risk for auditsBetter, but not permanentExcellent, permanent marks ensure full traceability
Integration with Production LineCan slow down line, frequent stopsModerateSeamless, real-time marking with extrusion

Why Fiber Laser Is the Better Choice

  1. Permanent, reliable marks — no more customer complaints about faded batch numbers.

  2. Zero consumables — saves tens of thousands per year on ink or ribbons.

  3. Minimal downtime — keeps your production line running at full speed.

  4. High precision — small text, logos, QR codes, and barcodes remain crisp and readable.

  5. Eco-friendly — reduces chemical waste and messy maintenance.

💡 Fact: Many PVC/PP pipe manufacturers switch to fiber laser marking and see ROI in 1–2 years, thanks to consumable and maintenance savings, plus higher production efficiency.

Frequently Asked Questions (FAQ) – Fiber Laser Marking for PVC/PP Pipes

 
1. What pipe diameters can this system handle?

Our system is highly flexible and can mark pipes ranging from 16 mm to 630 mm in diameter. Custom fixtures are available for special sizes or non-standard pipe profiles.

2. Can it mark black or dark-colored pipes?

Yes. The high-energy fiber laser can create clear, high-contrast marks on dark pipes without any coating. For extremely glossy surfaces, a simple surface preparation may be needed.

3. What types of marks are possible?

You can mark text, logos, batch numbers, serial numbers, barcodes, and QR codes. Our software allows dynamic data and automated batch marking, making traceability easy.

4. How fast can it mark?

The laser supports speeds up to 12,000 mm/s, fully compatible with high-speed extrusion lines. This means real-time marking without slowing production.

5. Does it require consumables or maintenance?

No. Unlike inkjet or thermal systems, no ink, solvent, or ribbon is needed. Maintenance is minimal—mainly periodic cleaning of the machine exterior. The fiber laser source is virtually maintenance-free.

6. How about integration with existing production lines?

The system is designed for plug-and-play integration. It can be mounted directly on your extrusion line with adjustable fixtures for different pipe diameters. Real-time marking is synchronized with your line speed.

7. What’s the ROI (Return on Investment)?

Most PVC/PP pipe manufacturers recover their investment within 1–2 years, thanks to savings on consumables, reduced downtime, and higher line efficiency.

8. Is the software easy to use?

Absolutely. Operators can learn the system in under 2 hours. The software supports multiple file formats (PLT, DXF, BMP, JPG, PNG), and editing marks is simple and intuitive.

9. What about safety and environmental concerns?

The system uses a fully enclosed laser design with proper safety interlocks. It’s a green process—no chemical waste, no fumes, and low power consumption.

10. Delivery and support?
  • Delivery: 7 working days

  • Installation & Training: Step-by-step videos, manuals, and online guidance

  • Warranty: 2 years full coverage

  • Support: 24/7 remote assistance


💡 Tip for customers: If your pipe diameters vary frequently or you have a custom layout, we can provide non-standard fixtures and software setup to make sure marking is perfect every time.

Videos of Flying Laser Marking Machine

Request a Quote for a Online Flying Laser Marking Machine

SISMAR LASER has fiber laser machines and other solutions for many industrial applications. Our solutions can serve as an upgrade to your existing laser marking system or an excellent choice for your first laser machine.

Request a quote for a high-quality fiber laser marking machine that exceeds your expectations. You can also schedule a demo to see how fiber laser marking works.

welcome to SISMAR laser. very glad to answer any questions about our fiber laser marking/cutting machines.