Cut Full Sheets with Wood & Acrylic
The F130-L is your solution for processing full 4×8 foot sheets with industrial power. Its massive 51” x 98” bed, high-power options up to 600W, and integrated ball transfers make handling and cutting large-format wood and acrylic panels efficient for a single operator. Built with a heavy-duty servo drive and hybrid optical path, this laser delivers the speed, precision, and reliability your high-volume signage and fabrication shop demands.
Get QuoteF130L Laser Cutter Machine
Technical Data
| Working Area (W * L) | 1300 * 2500mm (51.1″ * 98.4″) |
| Laser Power (Watt) | 100W – 600w |
| Laser Source | CO2 Glass Laser Tube |
| Max Speed | 600mm/s (23.6″/s) |
| Acceleration Speed | 4000mm/s2 (157.4″/s2) |
| Mechanical Control System | Servo Motor Drive & Gear Rack System |
| Cooling Device | Water Chiller |
| Electricity Supply | 110V/ Single Phase/ 60HZ (Configurable for Regional Voltage) |
| Packing Size (W * L * H) | 1900 * 1550 * 1200mm (74.8″ * 61″ * 47.2″) |
The combination of a heavy-duty gear/rack drive with high-response servo motors delivers exceptional speed, acceleration, and positional accuracy. This translates to sharper detail, faster cycle times, and unwavering reliability for continuous production.
Maximize power delivery to the workpiece. Our engineered hybrid light path significantly reduces power loss (beam attenuation) from the laser source to the cutting head. This ensures you get consistent, full power on the material for faster, cleaner cuts through thicker materials.
Protect your critical investment. The laser’s focusing lens and nozzle are actively water-cooled to prevent thermal damage from reflected energy and ambient heat. This crucial protection system maintains cutting quality and dramatically extends the life of your optical components.
Preserve the finish of your materials. The sturdy knife-blade table provides essential support while minimizing the surface contact area on the underside of your sheet. This prevents scratches and back-side marking on finished materials, ensuring a pristine final product.
Guarantee consistent air flow and cut quality. The segmented bed features multiple extraction funnels that create balanced suction across the entire work area. This design prevents smoke and debris from interfering with the laser beam, resulting in cleaner edges and protecting the machine’s internal optics.
An investment in operator protection. This infrared laser scanner creates an invisible safety field around the machine. If the beam is interrupted by a hand or foreign object entering a predefined zone, the system instantly halts all operation, preventing accidents and ensuring a secure working environment for your team.
Maximize uptime and ensure perfect focus on every job. This system automatically detects the material surface height and adjusts the laser head to the optimal focal point with pinpoint accuracy. Eliminate manual guesswork, reduce setup time, and guarantee the sharpest possible cut, especially on uneven or warped materials.
Upgrading from a standard gear and rack to a ball screw system on key axes provides superior positional accuracy and smoother movement at very high resolutions. This is essential for applications requiring extreme detail, such as fine engraving, micro-perforation, and precision cutting of thin materials.
Unlock true material versatility. This advanced head allows a single laser machine to process both metals and non-metals. Seamlessly switch between cutting stainless steel, aluminum, titanium, and engraving acrylic, wood, or plastics. It’s the ultimate upgrade for job shops handling diverse client projects, eliminating the need for multiple dedicated machines.
Pushing a 450W laser to its limits? Watch as we tackle the extreme challenge of cutting 1-inch thick plywood. This raw demonstration shows the real “burning” issues you’ll face and the critical modifications required to succeed. See if the results justify the power for your toughest jobs, and learn what it truly takes to master thick material cutting.
Tackling 1-inch thick acrylic requires serious power and the right technique. Watch as we push a 450W CO2 laser to its limits, cutting 21mm material. We reveal the critical setup, like placing the laser’s focus point in the middle of the sheet and using slower air assist to achieve that crystal-clear, flame-polished edge without burns. See how high power and precise control conquer extreme thicknesses.
| MATERIAL | ENGRAVE | CUT |
|---|---|---|
| Acrylic | ||
| Anodized Aluminum | ||
| Ceramic | ||
| Cloth | ||
| coated Metals | ||
| corian | ||
| Cork | ||
| Delrin | ||
| Fabric | ||
| Fiberglass | ||
| Glass | ||
| Leather | ||
| Marble | ||
| Stainless Steel | ||
| brass |
| MATERIAL | ENGRAVE | CUT |
|---|---|---|
| Matte Board | ||
| Melamine | ||
| Mother of Pearl | ||
| Myiar | ||
| Painted Metals | ||
| Paper | ||
| Plastic | ||
| Pressboard | ||
| Rubber | ||
| Tile | ||
| Wood | ||
| Wood Veneer | ||
| Titanium | ||
| Bare Metals |
* CO2 lasers wil mark bare metals when coated with a metal marking solution. For more information, vist our laser metal marking page.