Custom Mobile Robot Platform Design Service
Engineering & Industrial Design Software
Cross-platform (Windows, Linux, macOS)
The engineering expertise behind your custom robot
Struggling with unstable bases, payload miscalculations, or costly manufacturing rework? Our custom mobile robot platform design service delivers manufacturing-ready, load-optimized platforms-engineered for real-world operation from day one. We eliminate guesswork with physics-based validation, DFM (Design for Manufacturing) integration, and full compliance with ISO 13849, CE, and ANSI/RIA R15.08.
What you get: Precision engineering, zero rework
Unlike generic design studios, we treat your platform as a robotic system performance design challenge-not just a chassis. Every project includes:
- Robot base plate design with integrated mounting, EMI shielding, and cable routing
- Robotic load-bearing design validated for dynamic payloads (5-500 kg)
- Robotic joint design and robotic compliance mechanism design for shock absorption
- Complete wheeled robot platform CAD design (including omni wheel robot design for omnidirectional mobility)
- Robotic arm calculation for reach, torque, and payload stability when manipulators are integrated
Integrated systems
A mobile platform is rarely standalone. We co-design the entire mechanical ecosystem:
Our mechanical robotics design process includes kinematic simulation, FEA stress analysis, and thermal modeling-ensuring your robotic platform designs perform under load, vibration, and extended cycles.
Standards, IP & global delivery
All deliverables comply with:
- ISO 13849-1 (Functional safety of control systems)
- ISO 10218-1 (Industrial robot safety)
- CE / UKCA and FCC Part 15 (EMC)
- RoHS & REACH (EU material compliance)
You retain 100% intellectual property rights. We deliver certified CAD packages (SolidWorks, Fusion 360, CATIA V5) with full robot design blueprints, GD&T documentation, and a 24-month structural warranty.
Trusted by industrial & research leaders
We’ve delivered custom robot design solutions for:
- Autonomous warehouse logistics (200+ kg payload, 24/7 operation)
- Nuclear decommissioning robots (radiation-hardened, IP68 sealed)
- Agricultural field robots (mud, dust, slope stability up to 30°)
Technical FAQs
Can you design a platform that supports a 150 kg robotic arm with 1.2m reach?
Yes. We perform full robotic arm calculation for center-of-gravity shift, torque ripple, and base stability. Our robotic load distribution design ensures minimal chassis deflection-even during high-acceleration maneuvers.
Do you support EU-based clients with local compliance and documentation?
Absolutely. All robotic platform design packages include CE Technical Files, RoHS material declarations, and risk assessments per EN ISO 12100. We collaborate with notified bodies when required.
How do you handle change requests during development?
We use a gated Stage-Gate process with 3 client review points. All revisions are tracked in PLM, and CAD updates are delivered within 5 business days-ensuring your robotics engineering design stays on schedule.
