Cobot Welding Workstations & Packages

The platform uses a hybrid design featuring a welded steel base specifically engineered for rigidity and vibration dampening. This eliminates the vibration problems that occur when cobots are mounted on standard benches, preventing reach envelope failures and ensuring consistent, accurate cobot performance during welding and precision assembly tasks.

Yes. The platform is designed to comply with ISO/TS 15066, the internationally recognized standard for collaborative robot safety, as well as OSHA 1910.217 for machinery and machine guarding. These standards ensure that human-robot collaboration environments maintain proper safety zone clearances and risk mitigation protocols.

Absolutely. The platform is fully modular and customizable. It features aluminum extrusion connection points that allow configuration adjustments, integrated cable management, and fixture mounting options tailored to your cobot welding workflow. Custom engineering and design consultation are available, along with a configurator tool with a Robotics preset for streamlined specification.

Standard custom orders are manufactured domestically in Londonderry, NH, with delivery in approximately 30–45 days. Custom configurations typically carry a 4–6 week lead time. A 48-hour technical review turnaround is required before order finalization to ensure all specifications meet your cobot integration requirements.

A cobot workstation is engineered with specific geometry to accommodate the robot's reach envelope and safety zones, preventing collision and compliance failures. It includes features like vibration-dampening bases, UR-spec mounting patterns, and integrated cable management — none of which are present in standard industrial benches, which can compromise cobot performance and operator safety.

Yes. The Cobot Bench Platform is designed for human-robot collaboration environments, with safety zone clearances and reach envelope geometry that support both automated cobot welding cycles and manual tasks performed alongside the cobot. Its modular design allows reconfiguration as production requirements evolve, making it suitable for dynamic manufacturing environments.