HOW DOES LASER CUTTING WORK?
- Laser cutting works by using a focused beam of light to cut through the material.
- The laser essentially melts the material away as it passes over.
- This concentrated beam targets only a specified area, allowing the laser cutting machine to create precise, high quality cuts.
- With many different types of laser solutions available, laser cutting can be performed on most materials.
- This feature makes laser cutting ideal for applications where accuracy and precision are critical to success.
Advantages
What We Do?
- 250+ laser cutting systems worldwide
- 15 years of application experience
- Laser cutting systems which are generated by Fiber, CO2 and Disk Lasers
- Project-based automation solutions
Industries
Kitchenware & Professional Kitchens
Watch & Jewelry
Aerospace
Solar
Defense
Home Appliances
Automotive
Promotion & Gift
Semiconductor
Construction
LED Market
Medical Equipment
Electronic
Drug and Medicines
Glass
Packaging
Tool and Mold Making
Plastic Processing
Our Partners
FIBER DISK LASER
PLC & CONTROLLER
SYSTEM PARTNER
LASER SAFETY EQUIPMENTS & CERTIFICATION
CUTTING HEAD
LINEAR MOTOR
PLC & CONTROLLER
PNEUMATIC & CHILLER
PNEUMATIC & CHILLER
IPG LASER
Available Features
Laser Types
FIBER LASER
Fiber Lasers are used in cutting applications effectively by virtue of advanced technology.
SPI Fiber Lasers have variMODE, a switchable beam delivery feature which allows users to tailor and optimize the beam characteristics (including spot size and beam profile) to their needs. Additionally, higher power (1 kW – 12 kW) and CW (continuous wave) laser beams allow for faster processing times.
With the higher power (1 kW – 12 kW) and CW (continuous wave) laser beams, it allows for a fast process time.
DISK LASER
TruDisk lasers offer impressive welding, cutting, and surface processing of metals. With laser power from 1 to 24 kW and beam qualities of ≥ 2 mm•mrad, TRUMPF offers ideal lasers for almost every application.
The modular design of the disk laser offers you the highest flexibility in every way. At the same time, the TruDisk laser can also easily withstand harsh ambient conditions.
CO2 LASER
CO2 lasers are advantageous when it comes to material variety, with the flexibility to adapt to a wide range of materials.
With its wavelength of 10.6 µm (far end of infrared range), the CO2 laser is perfectly suitable for the cutting of organic materials.
2D Cutting System
- Real Time Simulations
- Internal Monitoring Cameras
- Sheet Edge Auto-Detection
- Multi-Touch HMI
- Anti-Collision
- Fly Cut
- Remote Access
- Lift Up – Down Shuttle Table
- Automatic Nozzle Cleaner
Technical Information
|
Models |
3015 |
4020 |
6020 |
8020 |
|
Working Area |
3000×1500 mm |
4000×2000 mm |
6000×2000 mm |
8000×2000 mm |
|
Laser Power |
Positioning Accuracy |
Max. Acceleration |
|
2kW – 20kW |
±50 µm |
20 m/s2 |
|
Max. Jog Speed |
CNC |
Repeatability |
|
≤240m./min |
FANUC / SIEMENS / BECKHOFF |
<20 µm |
Coil Fed Laser Cutting System
- Less Scrap with Continuous Cutting And Nesting Capabilities
- Reduced Floor Space Requirements for Raw Materials
- Lower Electricity and Labor Costs
- Fast and Uninterrupted Production
- Low Cost Maintenance
- Elimination of Die Costs, Changeovers Maintenance and Storage
- Maximum Flexibility In The Cutting Of Materials including High Strength Steel, SS, Al, Cu, etc.
- Clean Edge, Precise, Repeatable Cutting Process
- Custom Made Cutting Beds
Robot for Unloading & Stacking
- Kuka HA series robots
- Schmalz & SMC vacuuming equipment
- Multi robot possibility
- Automatic Stacking
Robotic Cutting Systems
METAL CUTTING
- Clean and high-quality cutting edge
- Increased productivity through reduced scrap and labor costs
- Low cost maintenance and consumables
- Maximum system flexibility thanks to robot mobility
- Designed to run without human intervention
- Easy and efficient to program, even for complex paths and shapes
- Provides better precision, customization, speed and safety
- Optimal material utilization
PLASTIC TRIMMING
ROBOTIC CUTTING SOFTWARE
- Parameters automatically adjusted according to material and thickness.
- Calculated tool-paths and robot movements can be verified with simulation.
- Robot paths and laser parameters can be easily calculated on the offline CAM and simulation software.
- Step data can be loaded, and paths can be determined from edges or faces of CAD data.
CO2 Laser Cutting System
- Laserisse also produces CO2 laser cutting systems for different materials eg, wood, plastic ranges, leather etc, except metal.
- The main goal is to attain high performance, accurate cuts.
- The system is designed for modern industry with enclosure options.
- Rofin CO2 metal tubes are always used in TurcCut™ CO2 laser cutting machines.
- User-freindly HMI
- Customized cutting bed size
- Laser power range is 150W, 230W, 300W, 450W & 600W
