The Large-Area Laser Cutter for Nonmetal Sheets is engineered for high-throughput processing of oversized nonmetal materials. Built with a heavy-welded steel frame and precision rack-and-pinion transmission, this machine maintains dimensional stability and cutting accuracy across wide-format beds. It serves industrial operations requiring continuous production runs of acrylic, MDF, textiles, plastics, and composite sheets.
Core Build: Stress-relieved steel gantry and welded chassis to minimize vibration during high-speed directional changes.
Motion System: Dual-side servo motors with helical rack-and-pinion drive for smooth acceleration and deceleration.
Primary Function: High-precision vector cutting, contour routing, and raster engraving for wide-format nonmetal substrates.
Key Features
Rigid Gantry & Bed Architecture: The heavy-gauge steel frame is annealed to eliminate internal stress, preventing structural warping under continuous thermal loads.
Laser Source Flexibility: Compatible with sealed CO2 glass tubes for cost-effective general cutting, or RF metal tubes (sealed or air-cooled) for high-frequency pulsing and fine-detail engraving.
Continuous Feeding Mechanism: Equipped with motorized conveyor beds and auto-feed rollers for roll materials (textiles, felt) or pass-through slots for oversized rigid sheets.
Exhaust & Smoke Extraction: Multi-zone compartmentalized downdraft vacuum bed ensures immediate removal of smoke and debris directly beneath the cut line, preventing edge discoloration.
Optical Path Stability: Fixed-mirror alignment design with enclosed beam delivery tubes to protect optics from dust accumulation and reduce maintenance downtime.
Technical Specifications
|
Technical Parameter |
Specification Range / Standard |
|
Working Area (X × Y) |
1300×2500 mm, 1500×3000 mm, 2000×4000 mm (Custom sizes available) |
|
Laser Power Options |
130W / 150W (Glass Tube); 150W / 250W / 400W (RF Metal Tube) |
|
Max. Cutting Speed |
Up to 1,200 mm/s |
|
Max. Engraving Speed |
Up to 2,000 mm/s |
|
Positioning Accuracy |
+/- 0.05 mm |
|
Repeatability |
+/- 0.01 mm |
|
Drive System |
AC Servo Motors and Drivers (Yaskawa / Panasonic options) |
|
Transmission Type |
Helical Rack and Pinion (X/Y axes), TBI Ball Screw (Z axis) |
|
Control System |
Ruida / DSP Controller with offline operation or Syntec Industrial PC control |
|
Supported File Formats |
DXF, AI, PLT, CDR, BMP, DST |
|
Power Supply |
AC 380V, 50/60Hz, 3-Phase (or customized per regional standards) |
Material Compatibility & Applications
Compatible Materials
Acrylic / PMMA: Clean, flame-polished edges without post-processing.
Wood / Plywood / MDF: High-precision structural cutting for packaging and displays.
Textiles / Fabric / Leather: Sealed edges to prevent fraying during apparel and upholstery processing.
Plastics / Rubber / Foam: Gasket cutting, EVA foam shaping, and industrial polymer processing.
Typical Applications
POP (Point-of-Purchase) displays and acrylic retail fixtures.
Signage, channel letters, and architectural scale models.
Acoustic panels, insulation felt, and rubber sealing gaskets.
Automotive interior textiles and garment template cutting.
Configuration Options
Laser Source: Upgradable from standard DC glass tubes to high-stability RF metal tubes for fine-pitch engraving and extended service life.
Working Table: Honeycomb grid for flexible items, aluminum blade strip table for rigid sheets to minimize back-reflection, or conveyorized slat tables for automated roll feeding.
Vision Recognition System: CCD camera module for automatic contour cutting of printed fabrics, stickers, and printed graphics.
Z-Axis Auto-Focus: Dynamic focus tracking sensor for maintaining constant focal length on uneven or warped sheet surfaces.
Chiller & Exhaust: Industrial water chiller (CW-5200 / CW-6000 series) and heavy-duty centrifugal dust collectors matched to power requirements.
Quality Control & Manufacturing Standards
Every machine undergoes strict verification before dispatch at our fabrication facility:
Frame Machining: Gantry mounting surfaces and linear guide rail seats are milled on a 5-axis CNC gantry milling center in a single setup to ensure perpendicularity and parallel alignment.
Interferometer Calibration: Axis squareness and linear positioning accuracy are tested using laser interferometers to verify tolerance compliance.
Continuous Burn-in Test: Systems undergo a 48-hour continuous dry-run test under simulated operational loads to monitor electrical stability and driver thermal limits.
Inspection Records: Each unit ships with a factory inspection report detailing axis deviation measurements, electrical safety test logs, and optical power output verification.
OEM/ODM & Customization Capabilities
Dimensional Tailoring: Custom bed widths and lengths built to match specific plant layouts or oversized material formats.
Dual-Head / Multi-Head Setup: Integration of dual independent laser heads to double output on symmetrical component cutting.
Automation Integration: Custom feeder interfaces, robotic loading/unloading arms, and conveyor synchronization.
Electrical Compliance: Configurations built to meet regional electrical safety standards (CE, UL-compliant components, specific voltage inputs).
Packaging & Shipping
Anti-Corrosion Treatment: The machine bed is coated with anti-rust oil and wrapped in moisture-barrier vacuum-sealed polyethylene film.
Optical Protection: Laser tubes, lenses, and mirrors are removed or secured in shock-absorbing foam compartments to prevent transit damage.
Crating Standard: Fumigation-free export plywood crating with internal steel reinforcement skids for forklift and crane handling.
Component Inventory: Accessories, chiller, exhaust fan, and toolkits packed in dedicated secondary crates.
Pre-Shipment Verification: Photographic and video logs of packed components are provided for client sign-off prior to container loading.
Logistics Coordination: Support for FOB, CIF, or DDP shipping terms with secure container lashing and tilt-indicator monitoring.
FAQ
Request a Quote
To receive an accurate technical proposal and commercial quotation, please provide the following details to our engineering sales team:
Material Specifications: Exact material types and maximum thickness to be processed.
Processing Dimensions: Required working area (X and Y axis dimensions).
Production Volume: Expected daily output or shift cycle requirements.
Destination Port / Location: For shipping freight estimation.
Special Requirements: Any custom automation, vision systems, or specific electrical standards required.
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