HOW DOES LASER WELDING WORK?
ADVANTAGES
TYPES OF WELDING
BUTT WELDING
OVERLAP WELDING
TEE JOINT WELDING
SPOT WELDING
LAP JOINT WELDING
CORNER JOINT WELDING
COMPARISON CHART
WHAT WE DO?
- We have manufactured and sold 150+ laser welding systems worldwide
- 18+ years of laser welding experience
- We have produced laser welding systems which are generated by Fiber, Disk and Nd:YAG Lasers
- We have installed systems for global brands
- We provide complete project-based automation solutions
AVAILABLE FEATURES
LASER TYPES
FIBER LASER
Fiber Lasers are used in welding 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.
DISK LASER
Possessing a similar wavelength to fiber lasers, the Trumpf Disk Laser has a very stable laser beam quality.
Disk Laser technology allows for higher power (2 – 12 kW), with fast and non-problematic application opportunities when thick materials or those with highly reflective surfaces need to be processed.
Nd:YAG LASER
Lamp pumped laser welding systems produced by Laser ISSE are effective in spot welding and seam welding applications due to the high peak powers that can be achieved.
Thanks to multiple output features, it can be used in multiple systems with time sharing or power sharing. Additionally, Nd:YAG lasers can be used with Laserisse Handheld devices for manual usage.
INTEGRATION
4 AXIS CNC
With the integration of laser beams obtained from either Lamp Pumped (Nd:YAG ) or CW ( Fiber- Disk) Laser systems, these robots are capable of 6-axis movement via fiber optic cables.
- Custom design welding bed
- Servo CNC controlling system
- Teach mode option
- High accuracy motion
- Combines with;
6 AXIS CNC
With integration of laser beam obtained from either Lamp Pumped (Nd:YAG) or CW (Fiber- Disk) Laser systems, these Robots are capable of 6 axis movement via fiber optic cable.
- Multi axis positioners able to combine with robot to make full automation of laser welding operation.
- Robotic laser welding system is covered by welding cell which abides by laser safety protocol by IEC60825
- Able to use seam tracking sensor for laser welding path and laser welding penetration sensor for checking depth of welding.
HANDHELD TORCH
Manual application of the laser beam obtained from Lamp Pumped (Nd:YAG) 300w and 600w systems without any automation and fixturing.
- Practical
- Accessible
- Light weight
- Ergonomical
- Safe
HANDHELD FIBER LASER WELDING
Manual application of the laser beam (obtained from a fiber laser system) without any automation or fixturing.
- Practical
- Accessible
- Light weight
- Ergonomic
- Easy to use
HANDHELD TORCH FEATURES
- Laser operates only when the operator uses the glasses, and the graphite touches the working material
- Graphite tips are designable specifically for the welding piece and are easy to apply
- Provides economic solutions as fixturing is not required
- With its ergonomic design, it facilitates welding application in sections that are difficult to reach
- Time assist gas control allows for a cleaner surface to be obtained
- With multiple fiber paths, it can achieve energy sharing and time sharing
- Energy negative feedback laser control technology to achieve consistent welding effect
- Arbitrary waveform control technology that can precisely control welding points formed by each energy pulse
CLASS 1 SAFETY CELL DESIGNS
PIPE WELDING SYSTEM
CUSTOMIZED CELL
STANDARD CELL
TAILORED BLANK LASER WELDING SYSTEM
TWIN STATION CHIMNEY WELDING CELL
DEPOSITE WELDING
- VISION Welding Systems are popularly used for filler welds and mold repairs as they have the best selection of wire fed systems
- Obtained either from Lamp Pumped (Nd:YAG) or Fiber Laser.