Precision Motion Systems
Robotics programs are among the most demanding builds in contract manufacturing — complex full-system integration, demanding mechanical tolerances, rigorous functional testing, and a final product that has to perform reliably in environments that don't forgive assembly errors. At Fixyte, we specialize in high-complexity, low-to-mid volume robotics builds for OEMs who need a manufacturing partner that can keep up technically.
Our experience spans autonomous mobile robots, unmanned ground and underwater vehicles, collaborative industrial robots, and robotic medical and surgical platforms. Every program runs on a signed SOW with milestone-based pricing, structured first article validation, and full traceability documentation delivered with every unit.
Robotics and automation OEMs face a specific manufacturing challenge: building assemblies that must perform reliably through thousands of cycles, often with precision motion requirements and tight tolerances. Collaborative robots, industrial arms, and motion platforms demand consistent quality and dimensional control.
Fixyte Systems approaches robotic system manufacturing with the same precision engineering mindset we apply to all our programs: understanding the tolerance stack, managing assembly sequences, and delivering the consistency that automated production systems require.
| Program Type | Details |
|---|---|
| Autonomous Mobile Robots | Full system integration for AMRs including drive systems, sensor payloads, compute integration, and functional validation |
| Unmanned Ground & Underwater Vehicles | Ruggedized UGV and UUV builds with mission system integration, environmental sealing, and custom test validation |
| Collaborative Industrial Robots | Precision electro-mechanical assembly and integration for industrial co-bots and automation platforms |
| Robotic Medical & Surgical Devices | Complex electro-mechanical builds for robotic surgical assistants, medical imaging robots, and clinical automation equipment |
No one knows your design better than you do. We know how to build it.
Robotic systems are unforgiving of accumulated dimensional error. Every program runs with documented assembly sequences and defined acceptance criteria so tolerance stack issues are caught at the sub-assembly level — not at final integration.
Robotics programs require end-of-line functional validation — motion range, load performance, sensor calibration, and system-level bring-up. Every unit ships with a documented acceptance test record. If it doesn't pass, it doesn't ship.
Robotics builds require simultaneous management of mechanical structure, actuation, electronics, and software interfaces. We are not adapting general CM capabilities — we apply the exact skill set that complex electro-mechanical integration demands.
Robotics OEMs frequently transition from prototype to production-intent design. We engage early through DFM review and first article validation to identify and resolve manufacturability gaps before they become production problems.
If your program has been difficult to outsource, we'd like to hear about it.
Schedule a Program DiscussionRobotics and industrial automation often share similar precision requirements and control systems architecture.
→ Learn moreUnmanned ground and aerial vehicles require the same precision robotics expertise and mission-critical reliability.
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