



Flexible combinations for every welding application
Modular welding rotary table for automated welding processes
The SpeedFrame® impresses with its high load capacities and accelerates automated joining processes by decoupling component changes and welding operations. As a welding rotary table with a two-station system, it separates loading and unloading from machining with high repeat accuracy and minimal downtime.
The SpeedFrame® welding rotary table is a central component of the integrated SpeedLine® system solution and is not available as a stand-alone product. Its design, control system, and operating logic are fully optimized for combined operation with other modules within LEWA Attendorn's automated welding cells.
The advantages of SpeedFrame®
Welding positioner for automated processes
The SpeedFrame® is a cycle-optimized welding positioner for automated series processes. It enables precise transfers, fast cycle times, and stable component fixation in two-station operation.
Innovative features for flexible welding applications
Features of our SpeedFrame® welding rotary table
The SpeedFrame® is designed for maximum cycle performance and precise component transfer in automated welding cells. The rotatable clamping device reliably separates loading and unloading from the welding process and allows continuous operation without intermediate downtime.
Thanks to its compact design, high load capacity, and robot-guided control, the SpeedFrame® is the perfect basis for demanding series production. It is controlled directly via the robot controller, eliminating the need for additional control hardware.
Contact us now
Would you like to check whether our integrated SpeedLine® complete solution is suitable for your production or start a project with us right away? Our application technology and sales engineers will advise you personally, providing solution-oriented advice tailored to your requirements.
Phone: +49 27 22 66-0
Email: info@lewa-attendorn.com
Or use our contact form. We will get back to you as soon as possible.






