Entries by linda

Handheld Fiber Continous Laser Welding Machine

June 22, 2019 /0 Comments/in /by

Handheld Fiber Laser Welding Machine

A handheld fiber laser welding machine is a type of welding machine that uses a high-powered laser beam to melt and join metal parts together. This machine can be operated manually by hand, hence the name “handheld.”

Advantages: very low volume area ratio, fast heat dissipation, low loss, so the conversion efficiency is high. Fiber-derived, competent for various multi-dimensional arbitrary space processing applications.


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Handheld Fiber Laser Welding Machine Photos

SISMAR Laser handheld fiber laser welding machine adopts the Raycus,IPG,JPT,Nlight fiber lasers and is equipped with high precision laser welding head to fill the gap of hand-held welding in the laser equipment industry.

It has the advantages of simple operation, beautiful weld seam, fast welding speed and no consumables.

Welding of metal materials such as stainless steel plates, iron plates, and aluminum plates can perfectly replace the traditional argon arc welding and electric welding processes.

Can be widely used in kitchen cabinets, staircase elevators, shelves, ovens, stainless steel doors and windows guardrails, distribution boxes, stainless steel home and other industries complex and irregular welding process.

Machine feature

1. The fiber continuous laser welding machine uses 500W-2000W laser, the laser has a long service lifeand the service life can reach 100,000 hours.
2. The electro-optic conversion efficiency is high, and the energy of the power shaving is 25%-30% converted into laser, and the fiber conversion rate is more than 10 times that of the YAG laser.
3. The whole machine has no consumables.  YAG pulse welding machine should replace the xenon lamp and lens regularly.
4. The whole machine has low energy consumption, saves electricity, high stability, maintenance-free, and low cost of use.
5. The laser welding energy density is high, welding speed is four times that of YAG pulse.the weld seam is thin,the thermal deformation is small, and the heat affected zone is narrow and deep.
6. Optical fiber output, easy to match with automated workbench or robot to improve production efficiency,and can meet 24 hours of continuous work.
7. Customizable large workbench and XYZ axis travel.

No.

Item

Parameter

1

Name

Handheld fiber laser welding machine

2

Laser power

500W/800W/1000W/2000W/3000W

3

Wavelength

1070 NM

4

Fiber cable length

Standard 10m

5

Working Model

Continuous/Modulation

6

Welding speed

0~120 mm/s

7

Cooling way

Water cooling

8

Working temperature

15~35 ℃

9

Working Humidity

< 70%

10

Welding thickness

0.5-3mm

11

Welding gap

≤0.5mm

12

Voltage

220 V/380V

Advantages:

1.Adopt integrated structure, that’s its control system, laser system and cooling system are all built-in and integrated.

2.Handheld holding welding head is easily operated, picking and moving.

3.Using the fiber laser source .The laser beam quality is quite good, and its output power is stable which can assure the high welding performance.

4.The machine is with the safety control box, which can control the laser beam only comes out when welding starts.

5.Using special welding software .It has function of continuous laser beam, and the adjustable output waveform , which can assure the precious and high-speed welding.

6.It costs very low working consumption. Using laser machine one hour only consume 1-1.5 degree electricity, and weld all kinds of thin metal plates.

7.It can weld a wide range of metal, includes the stainless steel, carbon steel, cooper ,aluminum alloy , Zinc plated board.

8.Very nice welding performance .No deformation, small thermal effect.

Compared to old welding methods

Safety —It has the laser beam output control .Only when the welding head touches the metal surface , the machine can work .It can meet the CE and FDA safety standard .Level Ⅳ

Low consumption —Its electricity consumption is only 1-2 degree in one hour .That’s other old method cannot compete.

Performance —The welding spot is even and the welding surface is very smooth and beautiful .Not need the second process after welding.

Convenience ––Portable handheld welding head is suitable for holding. The machine only have one box, which can be moved easily .No matter how big of your article, it can do the work .

The standard welding head fiber is 5M long , we could offer 10M customized .

Small dimension —The integrative design makes the machine dimension small .It is suitable for all transportation ways ,includes the express ,by air ,by sea ,by train .

Application:

It can weld a wide range of metal, includes the stainless steel, carbon steel, cooper ,aluminum alloy , Zinc plated board, etc .

For example, welding 2mm stainless steel plates, cabinets and other work-pieces.

It has wide field application, includes aerospace, instruments, manufacturing industry, metal processing industry.

Handheld Fiber Laser Welding Videos

Fiber Continuous Laser Welding Machine with Automation Fixture

June 22, 2019 /0 Comments/in /by

Fiber Laser Welding Machine

Laser Welding Machines for Chain Weaving Machines

Laser welding machines for chain weaving are designed for high-precision, efficient welding of small, intricate metal parts. They offer fast, clean welds with minimal contact, reducing stress and material damage. Ideal for industries like chain production, jewelry, and metalworking, these machines provide automation, versatility, and strong, durable connections in a variety of metals, including stainless steel and aluminum.


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Laser Welding Machines for Chain Weaving Machines: Boost Your Production with Precision

If you’re in the business of making chains, fabrics, or other complex metal structures, you know that precision and durability are key. That’s where laser welding machines come in. When paired with your chain weaving machine, these powerful tools can elevate your production process and take it to the next level.

 

1. High-Precision Welding: Perfect for Complex Chain Structures

Laser welding machines are a game changer when it comes to precise, intricate welds. The laser’s pinpoint accuracy allows you to weld complex chain structures with ease—something traditional welding methods just can’t achieve. Whether you’re working with small, delicate parts or needing a clean, detailed weld, laser welding delivers.

 

2. Ideal for Small & Intricate Parts

We’re talking about small, intricate components—the kind that other welding methods simply can’t handle. Laser welding gives you the ability to work with tiny metal pieces or parts with complex shapes, perfect for fine chain links or detailed designs that require a high level of accuracy. Forget about the limitations of traditional methods!

 

3. Contactless Welding: Less Stress, More Precision

With laser welding, there’s no direct contact with the material. This means no mechanical stress or surface damage. The laser beam melts only the metal at the welding point, ensuring a clean weld without distorting the surrounding material. That’s critical when you need to maintain the integrity of your chains or other delicate parts.

 

4. High Automation for Increased Efficiency

Laser welding machines paired with chain weaving machines often come with automated features. That means you’ll spend less time manually adjusting or handling the welding process. Automation boosts your efficiency, increases throughput, and reduces human error, allowing you to produce more high-quality products in less time.

5.Machine Parameter

Product Name

Chain laser welding machine

Power

100W

Laser wavelength

1080NM

Max pluse engery

10J

Max peak power

1000W

Pluse width

0.05-50ms

Working model

Pulse/HF modulation

Laser pulse Frequency

1Hz-20kHz

Continuous Working Time

24 hours

Cooling mode

Air cooling

Voltage

220V 50/60Hz

Machine dimension

483*624*243mm

Machine gross weight 

58kgs (Gross weight)

Package

720*570*370mm

Warranty Time

1 years

 

In Short: Why You Need Laser Welding with Your Chain Weaving Machine

If you’re ready to step up your game and produce high-quality, precise welds, then integrating a laser welding machine with your chain weaving machine is a no-brainer. It’s the key to handling small parts, achieving precision, and increasing your production efficiency.

Get ready for more consistent welds, fewer mistakes, and a boost in overall productivity—all while ensuring your final product is top-notch!

YAG Laser Welding Machines vs. Fiber Laser Welding Machines: Which One is Right for Your Chain Weaving Machine?

If you’re looking to boost the precision and efficiency of your chain weaving machine, you’re probably considering adding a laser welding machine. But with so many options out there, two of the most popular choices are YAG laser welding machines and fiber laser welding machines. Let’s break down which one is better for your needs.

 

YAG Laser Welding Machine: The Classic Choice

How it Works:
YAG laser welding machines use a solid-state laser source (Nd:YAG). The laser is generated by a flash lamp, then focused on the material to melt and weld it.

What Makes It Great?

  • Great for Thicker Metals: YAG lasers are awesome when you need to weld thicker materials. They’re known for providing stable, strong welds.
  • Affordable: If you’re on a tight budget, a YAG laser welding machine is a cost-effective option that won’t break the bank.
  • Powerful: The beam quality is solid, and the laser can provide higher power for tougher tasks.
  • Downside: Higher Maintenance. You’ll need to replace the laser source more often, which can add up over time.

 

Fiber Laser Welding Machine: The Modern, Efficient Beast

How it Works:
Fiber laser welding machines use fiber optics to transmit laser energy to the welding head, making the process smoother and more efficient.

Why You’ll Love It:

  • Ultra-Efficient: The concentrated laser energy allows you to weld faster, cutting down your production time and boosting efficiency.
  • Minimal Maintenance: Fiber lasers have a much longer lifespan compared to YAG lasers and require far less maintenance.
  • Precision: If you’re welding small, intricate metal parts (like those used in chain manufacturing), fiber lasers offer the kind of accuracy you need.
  • Lower Energy Costs: Fiber lasers consume less power, so you can save on your energy bills.
  • Perfect for High-Frequency Welding: This is ideal for chain weaving machines and any application requiring high-speed, high-precision welds.

 

So, Which One Should You Choose?

Here’s the deal:

  • YAG Laser Welding Machine: If you’re welding thicker metal materials, and you need a more budget-friendly option, a YAG laser welding machine will do the job. However, be prepared for more maintenance and slightly lower precision.

  • Fiber Laser Welding Machine: If you’re aiming for precision, automation, and low-maintenance, then a fiber laser welding machine is the way to go. It’s perfect for modern chain weaving machines, where high efficiency and high-quality welds are critical.

In short:
If you want consistent, top-tier welds without the headache of constant maintenance, go for the Fiber Laser Welding Machine. But, if you’re working with thicker materials and need a more affordable solution, the YAG Laser Welding Machine is still a great option.

Laser Welding Machine: Ideal Materials & Industries for Maximum Efficiency

When it comes to laser welding, the list of materials that can be successfully welded is impressive—and it spans across industries. Whether you’re working with metal parts for aerospace or high-precision components for electronics, this technology has got you covered.

 

1. Materials That Work Perfectly with Laser Welding

Laser welding machines aren’t just versatile—they’re effective on a wide range of materials, including:

  • Stainless Steel
  • Carbon Steel
  • Silicon Steel Sheets
  • Copper & Aluminum Alloy
  • Silver, Chromium, Nickel, Titanium, Tantalum

No matter the type of metal or alloy, laser welding ensures strong, precise welds without damaging the material’s properties. This opens up opportunities for high-quality results in virtually every industry.

 

2. Industries That Benefit from Laser Welding

Laser welding isn’t just a “one-size-fits-all” solution. It’s tailored for specific industries that demand precision, strength, and efficiency:

  • Aerospace: For parts that need to withstand extreme conditions.
  • Automotive: High-performance parts, safety components, and more.
  • Precision Instruments: Creating parts that need high tolerance and reliability.
  • Electronics & Mobile Devices: Small, intricate components, including phone parts and sensors.
  • Medical Devices: Ensuring the integrity of delicate, life-saving equipment.
  • Household Appliances: Welding components with durability and performance.
  • Jewelry & Watches: Fine, precise welding for high-end products.
  • Mold Accessories: Ensuring precision in industrial tooling.
  • Stainless Steel & Aluminum Products: From kitchen sinks to high-end fixtures.
  • Hardware & Sensors: Parts that need to perform under pressure and in harsh conditions.

 

3. Why It Matters

Laser welding gives industries a clear advantage in terms of:

  • Accuracy: Get exact welds for parts that require high precision.
  • Speed: Faster welding means higher productivity and reduced lead times.
  • Durability: Welds that stand the test of time, even in extreme environments.

Whether you’re making electronics, jewelry, or automotive parts, laser welding guarantees that you’ll meet the highest standards for quality and performance.

 

In Short

From aerospace to jewelry, laser welding is a game-changer for a wide array of industries. It works on stainless steel, copper, titanium, and more, giving you the precision, efficiency, and strength needed to succeed in today’s competitive markets.

Looking to upgrade your welding process? Laser welding is your solution for high-quality results, fewer defects, and maximum output.

Videos of Laser Welding Machines for Chain Weaving Machines

Request a Quote for a Laser Welding 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.

Seven principles tell you how to choose a fiber laser

May 30, 2019 /0 Comments/in /by

Fiber laser source is the heart of laser processing equipment and play a decisive role in process quality,production efficiency,such as on laser cutting,laser welding.

We know every client want to find the fiber laser source,which good quality,high efficient,safety,low maintenance.So what performance should a good fiber laser source have?

7 principles for selecting fiber lasers

1 laser beam quality

Provides important performance in processing quality.

There are three important indicators for the beam quality of fiber lasers.

Beam parameter product BPP
An important indicator describing the quality of the laser beam. The smaller the BBP value, the smaller the representative beam can be gathered, the higher the power density, the faster the cutting speed of the sheet, the higher the smoothness of the cutting surface, and the copper and aluminum. High-reflection material cutting is possible, which improves the production efficiency, quality and application range of cutting.

Spot roundness
The roundness of the spot describes the uniformity of the energy distribution of the spot in different directions. The spot with high roundness has uniform energy distribution in all directions. When doing non-linear cutting, it can ensure the consistency of cutting surface smoothness and cutting speed in all directions, and ensure the quality of cutting products. .
             

2D focus
non-2D focus
Spot energy distribution
The spot energy distribution is round, uniform, concentrated, or closer to the Gaussian distribution, the higher the center energy of the focused spot, and the better the spot symmetry. The sharper the blade is when cutting, the cutting speed of the sheet is faster, the smoothness of the cut surface is better, and the consistency of the cut seams is higher.

2 laser output power stability

Provides important performance in processing quality

Describe the stability of the laser output power at full output power (10% – 100%) at different output powers and the stability of long-term use.
Output power stability over the full power range
The lower the stability value, the better the stability of the laser at different output powers, ensuring the consistency of the cut surface finish and cutting speed at different thickness cuts. It can improve the authenticity rate of the products to be cut and ensure the stability of the quality of the cut products.

3 core component quality control

Important performance to reduce equipment failure rate

The core components determine the overall performance and quality of the laser. Outsourcing core components can make the overall performance and quality of the laser difficult to control, and the performance and quality of the laser cutter are uncontrollable. The core component life affects the laser’s failure rate and lifetime, and the high core component life determines the laser’s low failure rate and long life, reducing customer downtime and maintenance costs.

4 laser module redundant hot standby design

Important performance to reduce equipment failure rate

The laser module redundant hot standby design can start the hot standby function when the power module of the laser is faulty, replace the faulty power module with the standby power, and the cutting machine can continue to be used normally, thereby reducing the cost of downtime caused by the failure of some power modules.

5 laser electronic dehumidifier

Important performance to reduce equipment failure rate
Condensation occurs when the laser cooling system and the temperature of the cooled device are below the dew point temperature of the surrounding humid air, causing corrosion of the device and causing malfunction. The dehumidification device effectively reduces the internal humidity of the laser, avoids condensation due to excessive humidity, reduces damage to the board and power modules caused by condensation, reduces laser failure rate, and reduces customer laser maintenance costs and downtime costs.

6 laser cabinet protection level

Important performance to reduce equipment failure rate

The laser cabinet protection level describes the waterproof and dustproof level of the cabinet. The high IP level cabinet can effectively prevent external dust and water from entering the cabinet, keep the inside of the laser cabinet clean and dry, avoid laser failure caused by dust and water entering the cabinet, and reduce customer laser maintenance. Cost and downtime costs.

7 Electro-optic conversion efficiency (WPE)

Important performance to reduce operating costs

Describe the ratio of the input power to the output power, the electro-optical conversion efficiency is high, the power consumption is low under a certain output power, the laser heat is low, the power consumption cost of the laser is reduced, and the power consumption cost of the water cooler required for heat dissipation is reduced.

IPG FIber laser source

Germany brand
High quality,price also the most expensive

JPT Fiber Laser Source

Good quality like IPG,price cheaper than IPG,now the popular brand

Raycus fiber laser

the biggest laser source manufacturer in China,now failure rate is high,price lower than before

MAX photonics Fiber laser

Quality,price similar with raycus now

More info need,pls kindly contact SIAMAR LASER,by sales@sismarlaser.com  whatsapp/wechat:0086 13854105019.


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What’s the difference between UV laser and Fiber laser marking machine?

April 28, 2019 /0 Comments/in /by
What's the difference between UV laser and Fiber laser engraving machine?

Fiber Laser marking machine and UV Laser Marking machines,the both machines can engrave a lot of materials, plastics, leather, metals, and others. However, whats the main difference and why one is much more expensive than the other?Here we are going to explain whats the difference between these two technologies and what are their primary use. 

1.Laser generator

UV laser marking machine:

It is developed with 355nm UV laser.

The machine uses third-order cavity frequency multiplication technology compared with infrared laser(fiber laser,Co2 laser). The 355UV light focusing spot is extremely small, which can greatly reduce the mechanical deformation of the material and Small processing thermal effect.

Fiber laser marking machine:

The wavelength is 1064nm.

With regard to the wavelength of laser light, the shorter the wavelength, the smaller and higher accuracy the laser spot, and the smaller the heat affected zone formed during processing, the more exquisite the processing effect. 

2.The basic working principle of laser processing materials:

Infrared laser (Co2 laser and fiber laser marking machine)

The substance of the material surface is heated and vaporized (evaporated) by laser, this way, the material removed, this approach is often referred to “thermal processing”.

 

UV laser marking machine

High-energy UV photons directly destroy the molecular on the surface of the material, this way, molecules removed, the process does not produce high heat and it is called “cold processing

3.The machine structure

The main structure of this machine by outlook may look similar, but the technology that these machines use inside is different.

The fiber laser uses a different power supplier than the UV laser,

Other of the difference is that the UV laser needs to be refrigerated by a water chiller,while the Fiber laser is refrigerated only by air.

4.Application

These machines are designed for different material engraving solutions

The fiber laser engraving machine has as a primary use engrave and offer solutions to the metal marking industries, this machine it can mark, engrave (see the difference between engraving and mark) and carve over all the metal materials.

Moreover, the UV laser is designed to be a practical solution for marking plastics and glass — the UV laser machine it can engrave a vast number of materials, from metals to paper. Check the list of materials that this machines can engrave and mark.

UV laser common applications

Mark: some metals

Mark and engrave: all plastics

Mark: all glass 

Mark and engrave: some stones

Mark: paper

Mark and engrave: leather

Mark: fruits

Mark: wood

Mark: ceramic

Mark: garments

And other materials, for more information consult us. 

Fiber laser common applications

Mark and engrave: all metals

Mark and engrave: some plastics

Mark: some stones

Mark: some leathers

Mark: some paper

Mark: some garments

For more information about other materials consult us.

.

As we can see the laser UV can engrave more materials than the fiber laser. The UV laser it can mark over different materials, but it has less power of engraving and carving over metal materials, it is there when the fiber laser machine it can have a significant advantage over the UV laser at the time of mark, engrave and carve metal materials.

5.Compared advantage and disadvantage of fiber laser and UV Laser

What are the advantage of the UV laser marking machines?

The main advantage of the UV laser technology is the multifunctionality and capacity of engraving over different materials, including non-metal materials. This technology is also able to use the automatization system like rotary engraving, linear guide engraving, conveyor engraving system and Camera Capture System.  

What is the disadvantage of the UV laser marking machines?

One of the disadvantages of the UV laser technology is the weak engraving over the metals, if you are looking for a machine that can engrave and carve metals, then the fiber laser engraving machine its going to be a better option.  

Whats the advantage of the Fiber laser marking machine?

In simple words, the main advantage of the fiber laser engraving machine is its capacity of engraving, mark and carve at high speed and the metal materials. The fiber laser also can mark different non-metal materials but the result of the engraving on this materials it is not going to be as well done like with a UV laser machine. However, this is extra points for the fiber laser machines, the capacity to work perfectly over metals and to work over some non-metal materials.   

Whats the disadvantage of the Fiber laser marking machines?

The disadvantage of this machine it comes when we want to engrave non-metal materials. We can’t engrave or mark several materials that the UV it can engrave, like wood, glass, all the plastics, paper, or in general transparent objects. For example, this machine can engrave ABS and PLA both very common plastics in different products. The engraving over this plastic materials it has 5 to 10% of melting when we use the fiber laser machine, this means that when you touch with your finger its possible that you can feel the surface of the engraving just by touch. It is something that will never happen with the UV laser machine engraving.

Whats the advantage of SISMAR LASER?

Focus on laser filed,provide all kinds of laser products,especial on jewelry field.Good after service.

P.S here are all products we provide,Fiber Laser Marking Machine,Co2 Laser Marking Machine,UV laser marking machine,Green Laser Marking Machine,3D laser marking machine,laser welding machine


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How-to: Laser Engraving Photo

April 26, 2019 /0 Comments/in /by

Today we will tell you how we engrave photos on a laser machine.

When you make the drawing,please save the japge or BMP format.Then you handle the drawing in the photoshop.The step is below.

1.open the drawing,adjust the drawing size,the resolution set into 800-1000,then ok.

2.reopen the drawing,choose the mode,grayscale,then ok

3.open the image-mode-Bitmap-choose the Halftone screen,the frequency is 50-70,the angel is 45,the shape (for the acrylic,it should be round;for the stone,it should be line)

4.Then you input the machine software to let machine work.

And you engrave the materials,the laser power should be less than 30%,we suggest you choose 12-17%.Please not worry,this time it will not happen the missing bits.

Get IPG state error of fiber laser marking machine

March 21, 2019 /0 Comments/in /by

When laser marking machine at work,the EZCAD software show “Get IPG state error”

Pls kindly first power off whole machine,and re-plug the laser source cable two parts

More info,contact SISMAR LASER

Email:sales@sismarlaser.com

Whatsapp/Wechat:0086 13854105019

F-series Co2 Laser Cutting Machine

March 13, 2019 /0 Comments/in /by

F-Series Co2 laser engraving cutting machine






Get a offer


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Looking to level up your business with cutting-edge tech? The 1300*2500mm CO2 Laser Engraving and Cutting Machine is exactly what you need. Check out the key benefits:

  1. Large Work Area: With a massive 1300*2500mm working space, it can handle large projects with ease—cutting and engraving wood, acrylic, leather, glass, and more.

  2. Precision and Quality: The laser ensures clean, detailed cuts even on intricate designs, delivering high-quality results every time.

  3. Efficiency: Fast processing speeds and low maintenance, helping you maximize output and minimize costs.

  4. Custom Sizes Available: Need a different size? We can custom-make machines tailored to your specific needs.

  5. User-Friendly Control: Integrated software makes it easy to operate, whether you’re a beginner or a pro.

Whether you’re creating custom signs, furniture, or artwork, this machine is built for speed, accuracy, and top-tier output. Ready to scale your business? This is the game-changer you’ve been looking for.

Photos of F Series Co2 laser engraving cutting machine

Large Size CO2 Laser Engraving Cutting Machine for Non-Metals: Ultimate Power & Precision

Looking for a reliable, high-performance CO2 laser engraving cutting machine? Our Large Size CO2 Laser Machine is designed to handle all your non-metal cutting and engraving needs, with a focus on power, precision, and efficiency. Whether you’re cutting wood, acrylic, leather, or other materials, this machine is perfect for both small and large-scale operations.

Key Features of the Large CO2 Laser Engraving Machine

  1. Top-Quality CO2 Glass Laser Tube
    Powered by China’s top brand CO2 glass laser tube, this machine offers a wide range of power options: 60W, 80W, 100W, 130W, 150W, 180W, 240W, 300W.

    • 60W-100W: Ideal for both engraving and cutting.
    • 130W and above: Primarily for cutting, but also capable of fine engraving.

  2. Industrial Water Cooling System
    The high-power industrial water cooling system ensures that your laser tube remains cool during use, providing consistent laser output and preventing overheating.

  3. Advanced RDC6445G CNC Control System
    The RDC6445G CNC control system combined with RDworks software supports popular file formats like DXF, PLT, AI, LXD, BMP, and more. It allows you to easily upload files from both your computer and USB flash drive, streamlining your workflow.

  4. Smooth and Precise Belt Transmission
    The X and Y axes are driven by belt transmission, with a 40mm Y-axis belt for added precision. This setup ensures smooth, accurate cutting with minimal vibration.

  5. Precision Stepper Motors
    Equipped with high-precision stepper motors and ratio gears, this machine delivers cleaner cutting edges and smoother performance. You can also opt for servo motors for even faster cutting speeds and greater accuracy.

  6. Air Assist for Cleaner Cuts
    The air assist system blows away heat and combustible gases during cutting, ensuring clean cuts. When cutting steel, oxygen assist is recommended to enhance cutting efficiency.

  7. Effective Fume Extraction System
    Our machine comes with an extractor system that effectively removes fumes and dust produced during cutting. This ensures a cleaner workspace and improves the air quality, making it safer for you and your team.

  8. Gas Control with Solenoid Valve
    The solenoid valve ensures that gas only flows during cutting, avoiding unnecessary waste. This feature is especially useful when using oxygen assist for cutting metals.

Why Choose Our CO2 Laser Engraving Cutting Machine?

  • Powerful Performance: With laser power ranging from 60W to 300W, this machine handles a wide variety of materials and thicknesses, ensuring precise and high-quality results every time.
  • User-Friendly Design: Thanks to the RDworks software and USB connectivity, uploading and managing files is quick and easy.
  • Versatile Applications: Whether you’re in the advertising, furniture, crafting, or leatherworking industries, this machine is built to meet the diverse needs of businesses of all sizes.
  • Reliable and Efficient: The water cooling system and air assist features guarantee long-lasting performance and efficiency, even during extended use.

Ideal for Various Industries

  • Advertising & Signage: Create custom signs and graphics with ease.
  • Woodworking & Furniture: Cut intricate patterns and shapes for furniture and home décor.
  • Leather & Fabric: Engrave or cut leather, fabric, and other soft materials for fashion and accessories.
  • Crafting & Custom Gifts: Perfect for personalized gifts, trophies, and awards.

Get Started Today!

Take your business to the next level with our Large Size CO2 Laser Engraving Cutting Machine. Whether you’re cutting, engraving, or both, this machine delivers unmatched precision and efficiency. Don’t miss out—contact us now for more information or to schedule a demo!

Technical parameters

Model SL-E1325
Laser type CO2 glass laser tube, wavelength 10.6μm, water-cooled
Laser power  80W, 100W, 130W, 150W, 180W, 240W, 300W 
Working area  1300x2500mm
Engraving speed 0-1200mm/sec
Cutting speed 0-300mm/sec
Repeating location ±0.01
Transmission type Belt transmission
Driving system Stepper motor
Machine table Blade table (alternative: honeycomb table)
Graphic format supported *.plt, *.dst, *.dxf, *.bmp, *.dwg, *.ai, *.las, supporting AutoCAD and CorelDraw
Software supported CorelDraw, AutoCAD
Control system RuiDa RDC6445G DSP Off-line control system, laser power 0~100% adjustable
Minimum letter size Chinese 2.0×2.0mm, English 1.0×1.0mm
Working voltage Single phase 220V/50Hz (Optional: 220V/60Hz, 110V/60Hz)
Working condition Temperature 0~45 Celsius; Humidity 5%~95% no condensation

CO2 LASER WOKRING CAPACITY

Material Engrave Cut Material Engrave Cut
Wood  √ √ Pressboard √ √
Acrylic  √ √ Rubber √ √
Fabric  √ √ Wood Veneer √ √
MDF √ √ Plywood √ √
Delrin √ √ Plastic √ √
Cloth √ √ Cork √ √
Leather √ √ Corian √  
Glass √   Fiberglass √ √
Ceramic √   Tile √  
Marble √   Anodized Aluminum √  
Matte Board √ √ Stainless Steel    
Melamine √ √ Brass    
Paper √ √ Titanium    
Mylar √ √ Bare Metals    
Coated Metals √   Painted Metals √  

Please check with us if your material is not in the above list.

MACHINE DIMENSIONS

Model Machine dimensions Package dimensions Gross weight
SL-E1325 1955*3650*1100mm 3550*2070*1340mm=9.85 CBM 980KGS

Applicable Materials for the 1300*2500mm CO2 Laser Engraving and Cutting Machine

This machine is designed to handle a wide variety of materials, making it highly versatile for different industries. It can process both soft and hard non-metallic materials, ensuring precision and efficiency for various applications.

Here’s the material information organized into a table format for clarity:

Material Description
Wood Includes plywood, MDF, and solid wood.
Acrylic Clear and colored acrylic sheets.
Plastic Various types including PVC, ABS, and polycarbonate.
Leather Ideal for cutting and engraving on leather goods.
Fabric/Textile Such as cotton, polyester, and synthetic fabrics.
Paper Cardboard, greeting cards, and packaging materials.
Glass Surface engraving (not cutting) for decorative glass items.
Rubber For making stamps or other rubber-based products.
Stone Engraving on soft stone materials like marble and granite.
Ceramic Surface engraving for tiles and ceramics.
Other Non-Metallic Such as bamboo, cork, and other organic materials.

Cutting Thickness Based on Laser Power

The thickness of materials that the CO2 laser can effectively cut depends on the laser power. Here’s a general guide to cutting thickness based on different power configurations:

Here’s the information you provided, organized into a table format for easy reading:

Laser Power Acrylic Wood MDF Leather Fabric Paper Rubber Stone
60W Up to 6mm Up to 8mm (depending on type) Up to 6mm Up to 4mm Up to 2mm – – –
80W Up to 10mm Up to 12mm (depending on type) Up to 10mm Up to 5mm Up to 3mm Up to 3mm Up to 4mm –
100W Up to 12mm Up to 15mm Up to 12mm Up to 7mm Up to 5mm – Up to 6mm Surface engraving
150W Up to 20mm Up to 20mm Up to 18mm Up to 10mm Up to 7mm – Up to 10mm Engraving 
200W Up to 25mm Up to 25mm Up to 20mm Up to 12mm Up to 10mm – Up to 12mm Engraving 

Note:

  • Cutting Speed: The cutting thickness depends not only on the laser power but also on the cutting speed. Slower speeds are required for thicker materials to ensure clean, precise cuts.
  • Material Density: Denser materials may require more time or higher power to cut effectively.
  • Air Assist: Using air assist (blowing compressed air over the cutting surface) improves cutting quality, reduces smoke, and increases cutting depth.

FAQ – 1300*2500mm CO2 Laser Engraving and Cutting Machine

1️⃣. What materials can the 1300*2500mm CO2 laser engraver and cutter work with?
The 1300*2500mm CO2 laser engraving and cutting machine can process a wide range of non-metallic materials including:

  • Wood (Plywood, MDF, Solid Wood)
  • Acrylic (Clear and Colored)
  • Leather
  • Fabric/Textile (Cotton, Polyester, Synthetic Fabrics)
  • Paper (Cardboard, Greeting Cards, Packaging Materials)
  • Rubber
  • Stone (Surface engraving on soft stone like marble and granite)
  • Glass (Surface engraving)
  • Plastic (PVC, ABS, Polycarbonate)
  • Ceramic (Surface engraving)
  • Other Non-Metallic Materials (Bamboo, Cork, etc.)

2️⃣. What thickness of material can this machine cut?
The cutting thickness depends on the laser power used. Here are the general cutting capabilities:

  • 60W Laser: Acrylic (up to 6mm), Wood (up to 8mm), MDF (up to 6mm), Leather (up to 4mm), Fabric (up to 2mm)
  • 80W Laser: Acrylic (up to 10mm), Wood (up to 12mm), MDF (up to 10mm), Leather (up to 5mm), Fabric (up to 3mm), Paper (up to 3mm), Rubber (up to 4mm)
  • 100W Laser: Acrylic (up to 12mm), Wood (up to 15mm), MDF (up to 12mm), Leather (up to 7mm), Fabric (up to 5mm), Rubber (up to 6mm), Stone (Surface engraving)
  • 150W Laser: Acrylic (up to 20mm), Wood (up to 20mm), MDF (up to 18mm), Leather (up to 10mm), Fabric (up to 7mm), Rubber (up to 10mm), Stone (Engraving and cutting soft stone up to 8mm)
  • 200W Laser: Acrylic (up to 25mm), Wood (up to 25mm), MDF (up to 20mm), Leather (up to 12mm), Fabric (up to 10mm), Rubber (up to 12mm), Stone (Engraving and cutting soft stone up to 10mm)

3️⃣. How do I control the machine?
The machine uses a user-friendly control system and supports integration with popular design software like CorelDraw and AutoCAD. The machine is controlled via a computer connected to the system, allowing for precise adjustments and seamless operation.

4️⃣. What is the maximum size of material the machine can handle?
The machine’s working area is 1300mm x 2500mm, which allows you to process large sheets of material, making it ideal for big projects like signs, furniture pieces, large-format artworks, and architectural models.

5️⃣. How long does the laser tube last?
The laser tube typically lasts between 1,000 to 1,500 hours of use, depending on the operating conditions and maintenance. After that, the tube may need to be replaced to maintain optimal performance.

6️⃣. Can I use this machine for engraving and cutting metal?
No, this machine is specifically designed for non-metallic materials. For metal engraving and cutting, a fiber laser machine is required.

7️⃣. What is the difference between engraving and cutting on this machine?

  • Engraving: The laser removes a small amount of material from the surface to create designs, patterns, or text.
  • Cutting: The laser cuts through the material to create shapes or precise outlines. The cutting depth depends on the material thickness and laser power.

8️⃣. Can I cut and engrave on the same piece of material?
Yes, you can use the machine to cut and engrave on the same piece of material. It’s common to first engrave the design, then switch to cutting mode for precise shapes or outlines.

9️⃣. Is there a warranty for the machine?
Yes, the machine typically comes with a 1-year warranty that covers parts and technical support. Warranty details may vary depending on the manufacturer or distributor.

🔟. Is training available for operating the machine?
Yes, many suppliers offer training sessions on machine setup, software usage, and basic maintenance. Additionally, there are online resources and video tutorials to help you get started.

1️⃣1️⃣. How do I maintain the machine?
Regular maintenance includes:

  • Cleaning the lens and mirrors to ensure optimal laser performance.
  • Checking and replacing the laser tube when necessary.
  • Ensuring the ventilation system is working properly to prevent overheating.
  • Regularly inspecting the mechanical components, such as belts and rails, for wear and tear.

1️⃣2️⃣. Can I get a customized size of the machine?
Yes, depending on the manufacturer, custom sizes are often available to meet specific requirements. Whether you need a larger or smaller work area, you can inquire about custom options.

More Videos of Laser engraving cutting

Request a Quote for a Co2 laser engraving cutting machine

SISMAR LASER has Co2 Laser engraving cutting Machine and other solutions for many industrial applications. Our solutions can serve as an upgrade to your existing CO2 laser engraving cutting system or an excellent choice for your first laser machine.

Request a quote for a high-quality CO2 laser engraving cutting machine that exceeds your expectations. You can also schedule a demo to see how CO2 laser engraving cutting machine works.

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






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Hobby Series Laser Engraving Machine

March 13, 2019 /0 Comments/in /by

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






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WEIGHT

& DIMENSIONS

Engraving Area

600mm*400mm

Machine Dimensions

1300*815*420mm

Weight

100KG

LASER

Laser Type

Sealed CO2 Laser Tube

Laser Power

40W/60W

SYSTEM

Driving System

Stepper

Cooling Mode

Recirculating Water-cooling and protection system

Operating Temperature

0 – 45ºC

INCLUDES FREE

Processor

DSP+USB

Software

Laserwork

Table

Blade worktable

Water Pump

Basic water pump

Exhaust fan

Basic Exhaust Fan

WARRANTY

Parts/Labor

1 year limited warranty (excludes shipping/consumable items)

  • True 400*600mm cutting area.
  • Three layers worktable
  • Solid metal frame, not plastic.
  • Innovative safety designs to prevent injury and damage to machine
  • Cut materials like wood, acryllic, leather, fabric, and more, up to ¼ inch.
  • Engrave and mark glass, stone, tile, and more to create endless project possibilities.

1.The company who initially provide 3 years warranty in the world.

2.24-hour full after sales service.

3.All finished machine we delivered are 100% strictly tested by our QC department and engineering department.

4.OEM Service Customized and OEM orders are welcome due to our abundant experiences. All the OEM services are free.

Specification

Hobby Series Laser Engraving Machine