Ballistic Fabrics Laser Cutter for Aramid, UHMWPE, Kevlar, Cordura
Model No.: JMC SERIES
Introduction:
- Gear and rack drives provide high acceleration and minimize maintenance
- World-class CO2 laser source
- Vacuum Conveyor System
- Automatic feeder with tension correction
- Japanese Yaskawa servo motor
- Control system specially tailored for laser processing of industrial fabrics
Goldenlaser offers CO2 laser cutting system especially developed for cutting protective textiles such as Ultra High Molecular Weight Polyethylene Fiber (UHMWPE), Kevlar and Aramid Fibres.
Our CO2 laser cutting machine executes cut plans with high precision, speed and reliability, and robust flatbed cutting table featuring a variety of sizes.
Both single and dual laser heads are available.
This laser machine is perfect for continuous textiles cutting on the roll thanks to the automatic conveyor system.
Our lasers can be fitted with CO2 DC glass tubes and CO2 RF metal tubes like Synrad or Rofin as per request.
There are many options available. And we can customize the laser machine to pretty much any configuration to fulfill your specific production demand.
Properties of the CO2 Laser Cutting Machine
JMC SERIES HIGH-PRECISION HIGH-SPEED LASER CUTTING MACHINE PERFECTION IN DETAILS
1. High-speed cutting
High-precision grade gear and rack double drive system, with high-power CO2 laser tube equipped. Cutting speed up to 1200mm/s, acceleration 8000mm/s2, and can maintain long-term stability.
2. Precision tension feeding
No tension feeder will easy to distort the variant in the feeding process, resulting the ordinary correction function multiplier.
Tension feeder in a comprehensive fixed on both sides of the material at the same time, with automatically pull the cloth delivery by roller, all process with tension, it will be perfect correction and feeding precision.
3. Automatic sorting system
- Fully automatic sorting system. Make the feeding, cutting and sorting of materials at one go.
- Increase the processing quality. Automated unloading of the completed cut parts.
- Increased level of automation during the unloading and sorting process also accelerates your subsequent manufacturing processes.
4. Working table sizes can be customized
2300mm×2300mm (90.5 inch×90.5 inch), 2500mm×3000mm (98.4in×118in), 3000mm×3000mm (118in×118in), Or optional. The largest working area is up to 3200mm×12000mm (126in×472.4in)
Optimize your workflow with the options:
CUSTOMIZED OPTIONAL EXTRAS SIMPLIFY YOUR PRODUCTION AND INCREASE YOUR POSSIBILITIES
Makes the processing safer and reduces fume and dust that may be generated during processing.
Allows the installation of a roll of fabric. It feeds the material automatically in a continuous cycle in synchronism with the conveyor bed eliminating downtime to achieve the maximum productivity possible.
Helps as a reference to check where the laser beam will land on to your material by tracing a simulation of your design without activating the laser.
Automatic camera detection enables printed materials to be cut out precisely along the printed outline.
Marking of different cuts, e.g. with sewing markings, or for the tracking of subsequent process steps in production with the options Ink Printer Module and Ink Marker Module.
To maximize the production of the laser cutter, JMC Series laser conveyor machines have an option for dual lasers which will allow for two parts to be cut simultaneously.
For laser engraving and perforation with unmatched flexibility, speed and accuracy.
Technical Parameter of the Laser Cutting Machine
| Laser Type | CO2 laser |
| Laser Power | 150W / 300W / 600W / 800W |
| Working Area | L 2000mm~8000mm, W 1300mm~3200mm |
| Working Table | Vacuum conveyor working table |
| Motion System | Japanese Yaskawa servo motor, YYC rack and pinion, ABBA linear guide |
| Lubrication System | Automatic lubrication system |
| Fume Extraction System | Specialized connection pipe with N centrifugal blowers |
| Cooling System | Professional original water chiller system |
| Laser Head | Professional CO2 laser cutting head |
| Control System | Offline controlling system |
| Repeat Positioning Accuracy | ±0.03mm |
| Positioning Accuracy | ±0.05mm |
| Min. Kerf | 0.5~0.05mm (depending on material) |
| Maximum Simulation X,Y Axis Speed (Idle Speed) | 80m/min |
| Maximum Acceleration X,Y Axis Speed | 1.2G |
| Total Power | ≤25KW |
| Graphic Format Supported | PLT, DXF, AI, DST, BMP |
| Power Supply Requirement | AC380V±5% 50/60Hz 3Phase |
| Options | Auto-feeder, Red dot positioning, Marker pen, Galvo system, Double heads |
※ Note: As products are constantly updated, please contact us for the latest specifications.
GOLDEN LASER – JMC SERIES HIGH SPEED HIGH PRECISION LASER CUTTER
Cutting area: 1600mm×2000mm (63″×79″), 1600mm×3000mm (63″×118″), 2300mm×2300mm (90.5″×90.5″), 2500mm×3000mm (98.4″×118″), 3000mm×3000mm (118″×118″), 3500mm×4000mm (137.7″×157.4″)
***The cutting area can be customized according to different applications.***
Applicable Materials
Ultra High Molecular Weight Polyethylene Fiber (UHMWPE), Kevlar, aramid, Polyester (PES), polypropylene (PP), polyamide (PA), nylon, glass fiber (or glass fibre, fiberglass, fibreglass), mesh, Lycra, polyester PET, PTFE, paper, EVA, foam, cotton, plastic, viscose, cotton, nonwoven and woven fabrics, synthetic fibers, knitted fabrics, felts, etc.
Applicable Application Industries
1. Clothing Textiles: technical textiles for clothing applications.
2. Home Textiles: carpets, mattress, sofas, curtains, cushion materials, pillows, floor and wall coverings, textile wallpaper, etc.
3. Industrial Textiles: filtration, air dispersion ducts, etc.
4. Textiles used in automotive and aerospace: aircraft carpets, cat mats, seat covers, seat belts, airbags, etc.
5. Outdoors and Sports textiles: sports equipment, flying and sailing sports, canvas covers, marquee tents, parachutes, paragliding, kitesurf, etc.
6. Protective textiles: insulation materials, bulletproof vests, tactical vests, body armor, etc.
Textiles Laser Cutting Samples
Please contact goldenlaser for more information. Your response of following questions will help us recommend the most suitable machine.
1. What is your main processing requirement? Laser cutting or laser engraving (marking) or laser perforating?
2. What material do you need to laser process?
3. What is the size and thickness of the material?
4. After laser processed, what will be the material used for? (application industry) / What is your final product?
5. Your company name, website, Email, Tel (WhatsApp / WeChat)?
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