Robotic Workstation Manufacturer — Automation-Ready Platforms with UR Integration

The platform uses a hybrid design: a welded steel base provides structural rigidity and vibration dampening, while aluminum extrusion connection points add modularity. This combination eliminates the vibration-related performance failures and reach envelope inaccuracies that occur when collaborative robots are mounted on conventional workbenches not designed for robotic loads.

Yes. The platform is designed in compliance with ISO/TS 15066, the international standard governing collaborative robot safety, and OSHA 1910.217 for machinery and machine guarding. Safety zone clearances and correct reach envelope geometry are built into the platform's design to support safe human-robot collaboration environments.

Absolutely. The platform is fully modular and customizable. Using WMS's configurator tool with the Robotics preset, or through direct RFQ and custom engineering consultation, the workstation can be configured to match specific robot models, cell layouts, fixture mounting requirements, and cable routing paths. Lead time for custom configurations is typically 4–6 weeks.

These platforms are used across industrial manufacturing, precision assembly, R&D engineering, robotics system integration, machine tool pairing, and precision automation applications. Any facility deploying Universal Robots arms in a human-robot collaboration environment — from aerospace and defense to biomedical production and quality control — benefits from a purpose-built robotic workstation.

The platform features integrated cable management designed specifically for robotic automation workflows. Cable routing channels and management points are built into the platform structure, preventing cable interference with the robot's reach envelope and reducing wear caused by repeated motion cycles — a critical factor in maintaining uptime in automated production cells.

The Robotic Bench Platform supports loads of up to 500 lbs, making it suitable for most Universal Robots arms and associated tooling or fixtures. The work surface is plastic laminate. The platform uses a fixed/static height configuration, ensuring the robot's reach envelope geometry remains consistent and precisely matched to the programmed task parameters.