Large Working Area Laser Cutter For Acrylic And Wood

Large Working Area Laser Cutter For Acrylic And Wood

Industrial CO2 laser cutting system engineered for processing oversized sheets of acrylic, wood, MDF, and composite panels.
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Description

Industrial CO2 laser cutting system engineered for processing oversized sheets of acrylic, wood, MDF, and composite panels. Built with a heavy-gauge welded steel chassis and a dual-side rack-and-pinion drive, this platform eliminates the need to pre-cut raw material, reducing material waste and handling time in high-volume fabrication environments. Designed to meet international electrical safety standards, every unit is built for reliable, multi-shift operation.

 

Key Features

 

Extended Bed & Pass-Through Design: Accommodates full-size stock sheets with front and rear pass-through slots for continuous long-part processing.
Closed-Loop Motion Control: Utilizes high-torque servo motors paired with helical rack-and-pinion transmission to maintain path accuracy at high operational velocities.
Sealed CO2 Laser Source: Equipped with stable-discharge glass or metal RF laser tubes featuring dedicated water chillers for sustained thermal stability.
Dual-Platform Interchange: Supports both aluminum blade tables for minimizing backside reflection during acrylic cutting and honeycomb grids for small wooden parts.
Exhaust & Smoke Extraction: Multi-zone downdraft extraction channels paired with high-static-pressure blowers remove particulates directly from the cut zone. 

 

Technical Specifications

 

Specification

Industrial Standard Data

Working Area

1300 mm × 2500 mm (Custom sizes up to 2000 mm × 4000 mm available)

Laser Power Options

130W, 150W, 180W (Glass Tube) / 200W, 300W (RF Metal Tube)

Max. Cutting Speed

0 – 600 mm/s

Max. Engraving Speed

0 – 1200 mm/s

Positioning Accuracy

+/- 0.05 mm

Resolution

1000 DPI

Control System & Software

Ruida / Trocen DSP Controller, compatible with LightBurn, AutoCAD, CorelDRAW

Electrical Compliance

CE Certified electrical components, optional UL/CSA compliant wiring upon request

Supported File Formats

DXF, AI, PLT, BMP, DST, NC

Operating Voltage

AC 220V / 380V +/- 10%, 50Hz / 60Hz, 3-Phase

 

Material Compatibility & Applications

 

 Acrylic (PMMA): Cast and extruded sheets up to 30 mm thickness. Delivers flame-polished, clear edges without secondary chemical vapor polishing.
Wood & MDF: Plywood, solid wood, and MDF up to 25 mm. Produces carbon-minimized kerf cuts without surface scorching when paired with optimal air-assist pressure.
Plastics & Composites: Polycarbonate, PETG, ABS, rubber, leather, and paper-based laminates.
Primary Industries: Point-of-Purchase (POP) display manufacturing, architectural scale modeling, interior decorative panels, wooden toy production, and industrial gasket cutting.

 

Configuration Options

 

Laser Source: Upgrade from standard glass tubes to RF metal-sealed laser tubes for finer spot size and higher engraving frequencies.
Z-Axis Travel: Extended motorized bed depth up to 300 mm to clear bulky jigs or thick blocks.
Auto-Focus System: Capacitive height-sensing head for real-time surface tracking on warped or uneven wood panels.
Feeding Mechanism: Automatic pneumatic feeder rolls for continuous processing of rolled rubber or flexible film materials. 

 

Manufacturing & Quality Control

 

Bed Stress Relieving: Welded machine frames undergo high-temperature annealing and precision gantry milling on a large CNC portal to ensure geometric tolerance under +/- 0.03 mm.
Optical Alignment Test: Laser beam alignment is calibrated using infrared targeting tools across all four corners of the 2500 mm bed to guarantee uniform output power density.
72-Hour Burn-In Test: Every assembled system runs continuous dry-run cycles and live material tests for 72 hours prior to crating.
Inspection Documentation: Dimensional inspection reports, electrical safety test logs, CE compliance declarations, and optical power output certificates ship inside the machine manual kit. 

 

OEM/ODM & Customization

 

Working Envelope: Custom bed dimensions tailored to non-standard regional sheet sizes (e.g., 4ft × 8ft imperial standards).
Electrical Compliance: Dedicated step-down transformers and wiring configurations built to meet regional voltage standards (e.g., North American 208V/240V or European 400V industrial codes).
Control Interface: Multi-language operator panels (English, Spanish, German, French) and integration with industrial MES data protocols.
Private Labeling: Chassis color matching, customized sheet metal branding, and proprietary software splash screens for volume distributors. 

 

Packaging & Shipping

 

Vacuum-Sealed Moisture Protection: Internal components wrapped in anti-corrosion VCI film and sealed against marine humidity.
IPPC-Compliant Wooden Crating: Fumigation-free plywood export crates secured with steel reinforcement brackets.
Optical Component Immobilization: Laser tubes and focusing lenses removed and packed in shock-absorbing foam containers to prevent transit fracture.
Pre-Shipment Verification: High-resolution photo and video logs of packed components submitted to the buyer for sign-off before container loading.
Lifting Provisions: Integrated forklift pockets and overhead crane lifting lugs engineered into the base frame.
Accessory Kit Boxing: Consumables, mirrors, lenses, cooling hoses, and exhaust pipes bundled in a dedicated secondary hardware chest. 

 

FAQ

 

Q: Can this machine cut cast and extruded acrylic with equal quality?

A: Yes, though cast acrylic yields cleaner, flame-polished edges due to higher molecular weight, while extruded acrylic requires tuned air-assist pressure to prevent slight edge burrs.

Q: How is beam alignment maintained across the 2.5-meter bed?

A: The machine uses a rigid, stress-relieved gantry rail and fixed-distance mirror mounts that restrict mechanical flex during rapid acceleration.

Q: What software and controllers are supported?

A: The machine operates via industrial DSP controllers (such as Ruida) supporting standard vector and raster workflows through LightBurn, AutoCAD, and CorelDRAW.

Q: What installation support is provided?

A: Each unit ships with detailed electrical schematics, mechanical leveling guides, CE documentation, and step-by-step video setup tutorials. Remote engineering assistance via video link is standard during initial commissioning.

Q: What spare parts should be stocked locally?

A: We recommend keeping one spare CO2 laser tube, a set of primary zinc selenide (ZnSe) focus lenses, and a set of silicon reflection mirrors on hand to eliminate downtime.

 

Request a Quote

 

To receive a formal quotation with landed shipping costs, please provide the following details:
Target Material & Thickness: (E.g., Cast Acrylic 10mm, Birch Plywood 18mm)
Required Working Dimensions: (E.g., 1300 × 2500 mm)
Estimated Daily Output / Duty Cycle: (E.g., 8-hour shift vs. 24/7 continuous operation)
Destination Port or Facility Zip Code:
Desired Power Option: (E.g., 150W Glass Tube or 300W RF Metal Tube) 

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