REIS - LASER MATERIAL PROCESSING - Reis Robotics - #2

REIS - LASER MATERIAL PROCESSING REIS - AUTOMATION FOR ALL SECTORS

With increased quality standards and the development of new materials, e.g. fibre compound materials and special steels, laser cutting techno­logy has to meet new requirements.

Flexible and fast 3D-processing with integrated beam control in the robot arm

Excellent cutting quality for plastic materials and metalsn Edge sealing of plastic molded parts and fabric components High cutting speed No shavings and no contamina­tion of the part

No reaction forces on the part and the fixture

As a leading system integrator in Europe, REIS ROBOTICS offers the user complete laser systems for material processing. The robot kinematics range from various articulated arm-robots and hybrid robots to high-precision laser gantries.

The patented beam control integrated in the robot arm of our laser systems allows connection of most different laser sources and offers high flexibility for processing of 2D- and 3D-components. Steady innovation and continuous development is ensured by Reis Lasertec GmbH, located in Aachen.

Laser technology from REIS ROBOTICS is used in all important industry sectors. Reis Robotics has achieved a world leading position with their know-how, especially for plastic and metal processing. This is demonstrated by more than 150 laser systems in operation world-wide.

Tool and die construction require material to be added or replaced due to wear, processing mistakes or mo­dification of the component.

■ 3D-contours can be easily made

■ No thermal damage

■ High-quality coatings

■ Application of filigree geometries and end contours

Laser welding has in the meantime become a well established process. New applications can be achieved with the improved laser power sour­ces. A special field of application in­cludes welding of plastic materials.

■ Low component distortion

■ High-quality weld seams with good appearance

■ Fast and efficient

REIS ROBOTICS opens up the market for laser material processing with high performance precision laser robots. The tech­nology and concept of the robot permit the use of C0₂-lasers, Nd:YAG, diode or fiber lasers with the following processes.

Applying this new process can change materials creating new characteristic on the surface of the part..

■ Low hardening distortion

■ No formation of cracks

■ Hardening of thin layers on small components

The innovative process of laser soldering opens new possibilities in connection technology.

■ Joining connections possible in the sight field

■ Joining of different materials

■ Low heat entry