Combine wide-format fabric processing with camera-based pattern recognition to cut printed textiles and intricate shapes accurately.
1600 × 3000 mm working area,large-Format Vision Laser Cutting for Printed Textiles
1600×3000 mm
80–150W Optional
CO₂ Laser
Cutting fabric,dye sublimation,leather.
The vision system captures printed patterns and helps identify cutting contours for camera-guided processing.
Designed for cutting compatible printed textiles along complex contours, including shapes used in sublimation apparel production.
Choose a working area that fits your fabric width, cutting layout, and production requirements.
Fabric handling options can be selected according to the material, roll width, and production workflow.
| Item | Standard |
|---|---|
| Working Area | 1600 × 3000 mm |
| Laser Source | Sealed CO₂ Glass Laser Tube, Optional Laser brands are RECI,YONGLI,EFR |
| Laser Power | 80W / 100W / 130W / 150W |
| Control System | Ruida RDC6445G,RDC8445S Optional |
| Drive System | Stepper Motor |
| Guide Rail | Linear Guide Rails |
| Working Table | Auto-feeding table made of metal mesh |
| Cooling System | Industrial Water Chiller |
| Air Assist | Air pump |
| Exhaust | Exhaust Fans |
| Positioning | Red Dot Pointer |
| Safety | Water Flow Protection + Door Interlock |
| Communication | USB / Ethernet |
| Technical Parameter | Specification |
|---|---|
| Model | SHARX CC1610A |
| Working Area | 1600 × 3000 mm |
| Laser Type | CO₂ |
| Laser Wavelength | 10.6 μm |
| Laser Power | 80W / 100W / 130W / 150W |
| Maximum Engraving Speed | 600 mm/s* |
| Maximum Cutting Speed | 600 mm/s* |
| Positioning Accuracy | ≤ ±0.01 mm* |
| Resolution | 0.01 mm* |
| Minimum Character Size | 1 × 1 mm* |
| Drive System | Stepper Motor |
| Transmission | Belt Drive |
| Guide Rail | Linear Guide Rails |
| Control System | Ruida |
| Cooling System | Water Cooling |
| Working Voltage | AC 220V ±10%, 50/60Hz,110v is optional |
| Operating Temperature | 0–45°C |
| Operating Humidity | 5–95%, non-condensing |
| Supported Formats | AI, DXF, PLT, BMP, JPG, PNG, DST, etc. |
Packaging → Shipping → Delivery
Sea freight
LCL / FCL
DAP / DDP available
12-24 months warranty
Parts coverage
Warranty terms
Remote installation
Training
Troubleshooting
Spare parts
Answer:
The CCD vision system captures images of printed fabric, identifies patterns or contours supported by the vision software, and helps guide the laser along the required cutting paths. This reduces the need for manual positioning when processing compatible printed materials.
Answer:
Yes. The camera-guided system is designed for cutting compatible sublimation-printed fabrics along their intended contours. Actual results depend on the fabric, print quality, pattern layout, and vision software settings.
Answer:
Yes. The vision system can support irregular contour cutting when the patterns can be recognized by the configured software. Sample testing is recommended for complex artwork or demanding cutting requirements.
Answer:
Requirements depend on the camera system and recognition software. Some workflows identify printed contours directly, while others may require specific reference marks or image-processing settings. Please share a sample image or fabric pattern so we can confirm the suitable workflow.
Answer:
The machine can support batch cutting of compatible printed patterns when the vision software and job layout support the required workflow. The achievable automation level depends on the software configuration and material feeding method.
Answer:
It is primarily intended for compatible textiles, including sublimation-printed fabrics and other suitable fabric materials. Material compatibility depends on its composition, coating, thickness, and laser-processing characteristics. Please provide your material details for confirmation.
Answer:
Typical applications include sportswear panels, team uniforms, custom apparel, promotional textiles, flags, banners, and other printed fabric products requiring contour cutting. Suitability depends on the material and cutting layout.
Answer:
Yes. CO₂ laser cutting can process suitable unprinted fabrics as well. However, camera recognition is particularly useful when cutting printed patterns or irregular contours. For simple shapes, conventional positioning or cutting workflows may also be suitable.
Answer:
The available working area depends on the selected model. SHARX offers different machine sizes to accommodate different fabric dimensions and production requirements. Please refer to the specifications of the selected model for its exact working area.
Answer:
Yes. The machine can process fabric panels within its effective working area. For larger production layouts, select a model that accommodates the panel dimensions and required margins. Please share your fabric width and the dimensions of your cutting patterns for a suitable recommendation.
Answer:
A fabric feeding system may be available depending on the machine configuration. If continuous roll processing is required, we can evaluate suitable feeding and fabric-guiding options based on your material and production workflow.
Answer:
Yes. Available configurations can be discussed according to the required working area, vision system, fabric handling method, exhaust system, and other production needs. Final options depend on the selected model and technical compatibility.
Answer:
Yes. Camera-guided cutting requires compatible vision software to process camera images and generate or identify the required cutting paths. The supported software and functions depend on the installed vision system. Please confirm software compatibility before ordering.
Answer:
No. The vision system can reduce manual positioning and contour preparation for compatible jobs, but operators may still need to load materials, configure cutting parameters, check recognition results, and supervise production.
Answer:
Keep the camera lens, lighting area, and machine working area clean. Check camera positioning, lighting conditions, and recognition accuracy periodically, and follow the maintenance instructions for the installed vision system.
Answer:
Yes. Providing sample fabric, print files, or representative pattern images is recommended. We can evaluate the cutting requirements and, where suitable testing facilities and materials are available, conduct a sample test to help confirm the proposed configuration.
Answer:
SHARX provides warranty and after-sales support according to the agreed sales terms. Support arrangements, warranty coverage, and the warranty periods for individual components should be confirmed in the quotation or contract before ordering.
Answer:
Yes. Operating instructions and technical guidance can be provided according to the agreed delivery and support arrangements. Remote guidance and any additional training services should be confirmed before ordering.
Answer:
The working area is not the same as the machine’s external dimensions.
You need additional space for:
We recommend confirming the machine’s external dimensions and installation layout before shipment.
Please leave your message, such as: Material │ Thickness │ Size │ Country?
Tell us what you are cutting, and we’ll recommend a suitable solution.