Laser cutting

• 3000x1500mm / 4000x2000mm / 6000x2000mm Standard cutting table size
• Fiber laser and disk laser option
• Laser power range between 1kW-12kW
• Cutting head options with automatic and manual focusing
• Pendulum table

• Advanded TurcCut HMI next generation
• Metalix CAD/CAM Nesting
• Edge detection sensor
• Robotic unloading option
• Patented kickback sensor

• Clean and high quality cutting edge
• Increased productivity through reduced waste and labor costs
• Low maintenance and consumable costs
• Maximum system flexibility due to robot mobility

• Designed to work without human intervention
• Easy and efficient programming, even of complex paths and shapes
• Provides improved precision, customization, speed and safety
• Optimum material utilization

• Parameters are automatically adjusted for material and thickness.
• Calculated tool paths and robot movements can be verified by simulation.
• Robot paths and laser parameters can be easily calculated in CAM and offline simulation software.
• Step data can be loaded, and paths can be determined from edges or surfaces of CAD data.

• Laserisse also manufactures CO2 laser cutting systems for a variety of materials, such as wood, plastic, leather, etc., with the exception of metal.
• The main goal is to achieve the highest productivity and cutting accuracy
• The system is designed for modern industry with housing options.
• Rofin’s metal CO2 tube is always used in TurcCut™ CO2 laser cutters.
• User-friendly HMI
• Customized cutting table size
• Laser power range: 150 W, 230 W, 300 W, 450 W and 600 W

Videos

FIBER LASER
Fiber lasers are effectively used for cutting thanks to advanced technology.

SPI Fiber Lasers has a variMODE, switchable beam delivery function that allows users to customize and optimize beam characteristics (including spot size and beam profile) specific to their needs.

Higher-power (1 kW – 12 kW) and CW (continuous wave) laser beams allow for faster process times.

DISK LASER
The Trumpf disk laser features a highly stable laser beam quality with a wavelength similar to a fiber laser.

Disk laser technology allows for higher power (2 – 12 kW), with fast and trouble-free application possibilities when processing thick materials and materials with highly reflective surfaces are required.

CO2 LASER
CO2 lasers are advantageous when it comes to material types, with the flexibility to adapt to a wider range of materials.

With a wavelength of 10.6 µm (the far end of the infrared range), CO2 lasers are ideal for cutting organic materials.