Robotics

Linear motion can be created using belt-driven modules, ball-screw systems, servo slides, electric cylinders or linear motors. These axes can also be combined into two-axis, three-axis or gantry configurations for automation tasks with defined travel, payload, speed, positioning and installation-space requirements.

SCARA robots are well suited to fast, repetitive movements in the horizontal plane. Their compact structure makes them particularly effective for small-component assembly and high-speed pick-and-place applications.

Parallel robots are designed for high-speed, lightweight and high-frequency handling. They are particularly suitable for applications where products must be rapidly identified, picked, sorted or rearranged while moving continuously on a conveyor.

Six-axis industrial robots provide a high degree of spatial freedom and flexible orientation, making them suitable for complex paths and multi-directional operations. Robot platforms can be selected according to payload, reach, cycle time, process requirements and customer standards.

Common Robot PlatformsFANUC · ABB · KUKA · Yaskawa · ESTUN · other platforms according to project requirements

Collaborative robots emphasize flexible deployment and closer interaction between people and automated equipment. They are suitable for compact workstations, changing product requirements and processes where operators remain involved. Each application must still be evaluated for safety according to the end tool, speed, product and process.