Reis 6 - axis articulated robots

Linear robots usually consist of three linear axes (X, Y and Z), which are arranged orthogonally to each other. Internally at Reis Robotics and in the corresponding documentation and programs, these axes are referred to as A1, A2 and A3. Each of these axes moves along a straight line and is driven by AC servomotors over a gearbox, whereby the power is transmitted via a rack and pinion drive.

Additional axes can be integrated into all linear robots, in particular additional rotary axes, which enable additional degrees of freedom and orientation options in one or more directions. This makes it possible to carry out even complex tasks. Due to the high accuracy of the additional axes and the robots as well as the various degrees of freedom, even demanding process tasks such as welding can be carried out precisely.

The linear robots are usually mounted on columns, leaving the working area, which can be a maximum of 45 meters in one direction due to the A1 axis alone, completely free for applications and various components except for the column mounting.

Robot Controller Reis ROBOTstar VII

The iconic Reis ROBOTstar VII robot controller operated via the familiar reisPAD has set standards in terms of path following accuracy for cutting, welding and positioning applications, simplicity & intuitive use, and ability to control more than 24 axes.

The graphic ProVis graphical visualisation and TouchMotion control enable simple and application-related operation and programming of the robot. The fully integrated SafetyController as well as the freely programmable safety PLC serve to protect people and save an external PLC for smaller applications. Open communication standards enable seamless integration into production systems. Upgrades for existing systems are also possible at any time. Please contact the Reis service department.

Laser metal deposition with the aid of powder-based or wire-shaped filler materials can be used for repair work, the application of wear and corrosion protection, and the production of 3D components (additive manufacturing).

How does laser metal deposition work?

A high-power laser is used as the heat source in laser metal deposition. During this process, a surface layer is created by means of melting and simultaneous application of virtually any given material. The filler material can be supplied either in powder form e.g. as metal powder, or with a welding wire. When laser metal deposition is carried out using powder, the laser usually heats the workpiece with a defocused laser beam and melts it locally. At the same time, an inert gas mixed with a fine metal powder is introduced. The metal powder melts at the heated area and is fused to the surface of the workpiece.

Wire-based laser metal deposition is a material-efficient 3D printing process used for producing metallic components

Reis Robotics Offers All Modules of Automated Mixed Palletizing Out of One Hand

Benefits:

• Complete mixed palletizing solution from one supplier

• Single point of contract

• Reduced project coordination and project management

• Reduced interfaces

• Instead of isolated applications of several suppliers we provide one solution for your mixed palletizing project

Trim presses for aluminium high pressure or gravity castings and structural giga castings

• Classic designs SEP8 – SEP10 – SEP16 -SEP19 -SEP22

• GIGAcasting SEP26 – SEP30 – SEP36

• Sliding tilting table variants

• Press forces 30-65-100-200-300-600 t

• suitable deburring tools / grippers / robot axes / cooling basins

Reis Robotics offers complete multi - process production lines in handling & processing, mixed paletizing, welding and cutting as well as casting and deburring.

And various other applications and processes.