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3D Crystal Laser Engraving Machine
3D Subsurface Laser Engraving Machine For Crystal & Glass
The common handicraft is artificial crystal K9, also known as crystal glass.
The production process of crystal laser internal engraving is completed by a computer-controlled laser internal engraving machine. The laser marking machine will penetrate the laser of a specific wavelength into the crystal or crystal glass, causing tiny bursts in specific areas inside to outline the preset pattern.
UV Laser Marking Machine Photo
3D laser crystal engraving machine also call crystal laser marking machine.
3D laser engraver for inner crystal engraving, inside glass etching, and internal acrylic marking, which is used to DIY custom bubblegram, trophies, portrait, names, and more personalized gift souvenirs with 3D subsurface laser crystal engraving business, projects, ideas, and plans.
The process principle of crystal laser internal engraving is to use laser to process the inside of crystal. Although the crystal is hard and smooth on the outside, the laser is able to penetrate its surface and create the desired engraving effect inside.
Crystal type: In fact, the so-called crystal crafts are not natural crystals, but artificial crystals, such as K9 crystal (also called crystal glass). This type of man-made crystal is more susceptible to laser engraving.
Laser processing: The laser marking machine uses computer control to drive a laser beam of a certain wavelength into the crystal. The action of the laser inside the crystal causes tiny bursts at specific locations, creating tiny bubbles or tiny marks. By controlling the intensity and position of the laser, fine pattern engraving can be achieved.
Automatic drawing software: Laser engraving patterns are usually generated by automatic drawing software, and users can design the required patterns, text or three-dimensional shapes through the software. The software transmits instructions to the laser marking machine and controls the laser to form a preset pattern inside the crystal.
In general, crystal laser internal engraving uses laser to produce small changes inside artificial crystal, and by controlling the position and intensity of the laser, fine engraving of the inside of the crystal is achieved. The application of this technology allows crystal crafts to present exquisite internal patterns and three-dimensional effects, giving people a mysterious and elegant feeling.
3d laser crystal inside engrave machine is to engrave 2d or 3d photo or design inside the cube, glass or crystal, acrylic, some hard transparent plastic and so on.
Applicable Industries
Hotels, Garment Shops, Building Material Shops, Manufacturing Plant, Machinery Repair Shops, Food & Beverage Factory, Farms, Restaurant, Home Use, Retail, Food Shop, Printing Shops, Construction works , Energy & Mining, Food & Beverage Shops, Advertising Company
Features of 3D Subsurface Laser Crystal Engraver Machine
- The 3D laser subsurface engraving machine can engrave on both 2D and 3D (depends on your design).
- The control system is easy to operate, integrated automatic center function, operator is easy to put the crystal.
- Good beam quality, high stability, exquisite etching point effect.
- Air-cooling semiconductor laser type, high end pumped solid state laser technology is adopted.
- The 3D subsurface laser engraver supports multiple data formats of DXF, CAD, BMP, JPG with good compatibility.
- The 3D laser internal engraver is also nice for large format etching up to 300*400*130mm.
- The operation is simple: software friendly interface, easy to learn, automatic center function, convenient operation, and personnel placement crystal.
- Strong adaptability: It is equipped with shockproof system, effectively prevent to damage the core components.
- High frequency: Using high-speed galvanometer scanning method, speed up to 300000 dots/min, save the time.
- High stability engraving effect delicate: Using advanced semiconductor side pumped solid state laser technology.
- The 3D laser internal engraving machine adopts sealed integration design, good beam quality, high stability, fine engraving effect, low maintenance.
- Environmental protection, low noise (no compressor pumps and high power fan), no pollution.
Videos of 3D Subsurface Laser Engraving Machine For Crystal & Glass
Part-Feeding laser marking machine
Automatic Laser Plate Marker |
Automatic Laser Plate Marker also is called PART-FEEDING SYSTEMS laser marking machine.
This fiber laser marking system is designed for automatically marking on metal tags and plates at least .025″ thick.
Reduce laser marking time and increase productivity with the part-feeding systems. These systems move parts into your marking machine’s marking field with precision, ensuring they are in the right place for marking. Certain feeders can be loaded while other parts are being marked, minimizing the downtime between cycles.
Photos of Automatic Laser Plate Marker
This fiber laser marking system is specifically designed to automatically mark metal tags and plates with a thickness of at least .025″.
The operator loads a roll label or metal foil onto the indexing table (rotary dial plate). An automatic feeding mechanism then transports each plate into the lasing chamber for marking, after which the roll label or metal foil is collected back onto the rotary dial plate while the next plate is moved into the marking position.
Enhance productivity and reduce laser marking time with the implementation of part-feeding systems. These systems accurately move parts into the marking field of your machine, ensuring precise placement for marking. Some feeders can be loaded while other parts are being marked, minimizing downtime between cycles.
Flexible Software
The full-featured plate production software allows the system to operate as a network device or stand-alone system. It can be configured to receive data from any source.
Safe Operation
Protective cover is avaliable,enclosure to prevent exposure to any laser radiation. A laser-safe window allows the operator to view inside the chamber while tags are being marked.
Fume extractor is avaliable
The system includes a fume extractor to vent any fumes away from the work area.
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Item |
SL-F30/50/60 |
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Ø Laser parameters |
optical maser |
JPT/Raycus |
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Laser wavelength |
1064nm |
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Average output power |
30W/50W/60W |
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Whether or not to bring the light isolation |
bring |
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Modulation frequency range |
20kHz~80kHz |
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Ø Galvo parameters |
Maximum speed |
7000mm/s |
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resolution |
0.001mm |
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Repositioning precision |
±0.003mm |
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Ø Optical output characteristics |
Marking area |
110*110mm |
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Minimum line width |
0.01mm |
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Minimum height of characters |
0.2mm |
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Ø Cooling system |
Cooling way |
Air cooling |
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Ø System properties |
Laser power supply |
0.5KW/AC220V/50Hz~60Hz (optional 110V) |
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Environmental requirements |
0 ~ 35 ° C, 90% or humidity |
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The automatic scroll device of the laser marking machine is mainly applicable to the following application scenarios:
Continuous production of metal tags and plates: The automatic scroll device can continuously feed metal tags or plates into the marking area, making the production process more efficient and continuous.
Large-scale production: For scenarios requiring mass production of metal tags or plates, the automatic scroll device can help achieve automated production, improve production efficiency.
Integration with automated production lines: The automatic scroll device of the laser marking machine can be integrated with other automation equipment, such as automated assembly lines or production lines, to achieve a higher level of automated production.
Saving labor costs: The use of automatic scroll devices can reduce manual intervention, reduce labor costs, while improving production efficiency and consistency.
In summary, the automatic scroll device of the laser marking machine is suitable for various industrial and production scenarios requiring continuous, efficient, and large-scale production of metal tags or plates.
Laser Marking Video
Large format Laser Marking Machine
Large format Laser Marking Machine
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Machine sizes can be customized according to product requirements, ranging from dimensions like 600*500mm to 1300*2500mm, and so on.
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The Intelligent Continuous Laser Processing System features a follow-up marking function, allowing marking while in operation. This addresses the issue of seam-related problems that were previously unrepairable.
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The system can accommodate various laser sources, including fiber, CO2, and UV laser sources.
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Suitable for processing materials such as metal, steel, glass, mirrors, acrylic, wood, paper, and more.
Machine Photos of Large format Laser Marking Machine
Laser Marking Video
Laser sandblasting and drilling machine for mirror glass
1300*2500mm Mirror laser sand blasting machine
Large format Mirror Laser Engraving Machine
Sandblasting glass laser Machine Advantages:
This machine integrates coating removal, sandblasting, and drilling functions into one, eliminating the need for separate processes. It streamlines the transformation of mirrors into sandblasted effects without the necessity of removing films or applying frosting coatings.
The machine ensures precise processing of patterns such as large rectangles, squares, circles, etc., maintaining straight lines and preventing any dislocation from occurring.
Machine Photos of Sand Blasting Glass Laser Machine
Laser Sandblasting and Paint-Removal Mirror Machine The Laser Sandblasting and Paint-Removal Mirror Machine is a cutting-edge solution designed for precision surface processing. Utilizing advanced laser technology, this machine offers unparalleled accuracy and efficiency for cleaning, frosting, and restoring mirror surfaces.
The intelligent mirror laser sandblasting machine uses a high-energy-density laser beam to irradiate the glass surface, generating a thermal shock wave on the glass surface, instantly spraying sand onto the glass surface. By controlling the sandblasting time and sandblasting force, various exquisite textures and patterns are produced on the glass surface.
Intelligent mirror laser sanding machine is a new type of equipment used in the production of intelligent mirror manufacturing.The equipment solves the intelligent mirror production process of film, engraving and painting, tearing the film of the cumbersome process, as well as easy to scratch the disadvantages of defective products.
the use of laser etching in the form of a process to make a translucent part of the graphic and the switch button part of the beautiful high-grade effect, and the production efficiency has been greatly improved, greatly reducing the cost of production of the enterprise! The production efficiency is greatly improved, greatly reducing the production cost of the enterprise, and increasing the daily production capacity of the factory by 2-3 times.
Smart mirror laser sanding machine can be used for smart mirror sanding, mirror / glass perforation, mirror de-filming three kinds of processes, greatly improving the effectiveness of the production enterprise, reduce the cost of equipment purchase.
Smart mirror laser sanding is superior to traditional sandblasting and frosted paint methods:
1.No consumables required: Laser sanding does not require additional consumables, such as diamond, etc., which saves material costs and reduces resource consumption.
2.No pollution: Laser sanding is a contactless processing method that does not produce waste or dust, reducing pollution to the environment.
3.High precision: Laser technology has highly precise characteristics, which can achieve fine processing of glass surfaces and create a variety of complex textures, patterns and effects.
4.Durability: Compared with frosted paint, the texture produced by laser sanding is more durable and not easy to fall off, and can maintain a good appearance for a long time.
5.Save labor: Laser sanding adopts an automated control system, which can realize automated production, reduce labor costs and improve production efficiency.
6.Wide applicability: Laser sanding technology is suitable for the processing of various glass products, such as glass artworks, architectural decorations, household items, etc., and has broad application prospects.
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NAME
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Mirror Glass Laser Engraving and Drilling Machine
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Laser power
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120W/200W
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Laser Type
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Anti-high backfoot power metal fiber laser generator
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Maximum processing material
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1.5m*3m (customizable)
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Processable light mirror materials
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Silver mirror, aluminum mirror, environmentally friendly copper-free mirror, resin mirror, etc.
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Laser processing accuracy
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1 wire (0.01mm)
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Equipment power
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4500W
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Processing movement speed
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0-40m/min
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Processing thickness
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1-50mm
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Cooling method
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Constant temperature water cooling
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Positioning fixture
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Aluminum alloy four-station positioning fixture
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Weight(Kg)
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1500 (kg)
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Applications:
Frosted or textured designs for decorative mirrors.
Restoration and cleaning of old or damaged mirror surfaces.
Paint and coating removal for repurposing mirrors.
The machine ensures a seamless combination of precision, efficiency, and sustainability, making it an essential tool for professionals in glass processing, interior design, and industrial applications.
Laser Marking Sandblasted Glass Laser Etching Machine
Laser Glass Drilling Industry
Laser applications in the glass industry
Laser applications in the glass industry have become increasingly prevalent due to the precision, versatility, and efficiency offered by laser technology.
Here are some common laser applications in the glass industry:
1.Glass Drilling:
- Hole Drilling: Lasers can be employed to drill precise holes in glass, allowing for the creation of decorative patterns or facilitating mounting.
2.Glass Cutting:
Precision Cutting: Lasers can cut glass with high precision, enabling the creation of intricate shapes and designs.
Thin Glass Cutting: Laser technology is suitable for cutting thin glass sheets used in electronic devices and displays.
3.Glass Engraving and Etching/Sand blasting:
Surface Engraving: Lasers can engrave intricate patterns and designs on the surface of glass for decorative purposes.
4.Glass Marking and Labeling:
Barcoding and Serialization: Lasers are used to mark glass products with barcodes, serial numbers, and other identification information.
Logo and Text Marking: Lasers can apply logos, brand names, and other text directly onto glass surfaces.
In this Artical,we focus on Glass Laser Drilling.
Glass drilling has traditionally been a delicate and intricate process, often requiring specialized tools and skilled artisans. The advent of Glass Drilling Laser Machines has revolutionized this practice, offering unparalleled precision in creating holes of various sizes and shapes. The laser’s focused energy allows for pinpoint accuracy, enabling the creation of intricate designs and patterns on glass surfaces.
Applications in the Glass Industry:
Decorative Design: Glass drilling laser machines empower artisans and manufacturers to incorporate intricate designs and patterns directly onto glass surfaces. From artistic installations to functional designs, the possibilities are virtually limitless.
Hole Drilling: Whether for mounting hardware, creating drainage holes, or facilitating wiring passages, these machines provide a precise and efficient solution. The ability to drill holes in various glass thicknesses expands the range of applications across industries.
Microstructuring: Glass drilling laser machines can be employed for microstructuring glass surfaces, enabling the creation of small, intricate features. This capability is invaluable in applications such as microfluidics and the manufacturing of precision instruments.
Repair and Restoration: In the realm of glass repair, these machines offer a delicate yet effective method for addressing cracks and chips. By carefully applying laser energy to the affected area, artisans can restore the structural integrity of the glass.
Benefits of Glass Drilling Laser Machines:
High Precision: The laser’s focused beam ensures unparalleled precision in drilling, reducing the margin of error and enhancing the overall quality of the finished product.
Versatility: Glass drilling laser machines are versatile tools, capable of handling various glass thicknesses and accommodating diverse design requirements. This adaptability makes them an invaluable asset across different industries.
Time Efficiency: Compared to traditional drilling methods, laser drilling is often faster and more efficient. This increased speed contributes to enhanced productivity in manufacturing processes.
Reduced Material Waste: The precision of laser drilling minimizes the likelihood of material wastage, making it a more sustainable option for glass processing.
Conclusion:
As the glass industry continues to embrace technological advancements, the Glass Drilling Laser Machine stands out as a game-changer. Its ability to achieve precision, versatility, and efficiency opens up new possibilities for designers, manufacturers, and artisans. From creating intricate patterns to facilitating functional features, this technology has undoubtedly etched its mark on the future of glass processing.
Glass Laser drilling/Marking/Sand Blasting video
Explanation of Glass Laser Drilling
Mini Laser Drilling Glass Machine
Large Size Laser Drilling Glass Machine
Custom Made Glass Laser Drilling
Glass Laser Sand Blasting Machine
Custom Made Laser Drilling Glass Machine
Laser Marking Zipper/Slider by CCD visual Position Laser Marking Machine
Laser marking Zipper/Slider by CCD Visual Position Laser Marking Machine
During the traditional laser marking process, the processed parts must be in a fixed position and not be shaken.
CCD visual position laser marking machine can automatically identify product features for laser marking to achieve rapid positioning, and even small objects can also be marked with high precision, without the need to use fixtures, reducing With manual participation, work efficiency is improved.