Bespoke Quadruped Robot Design & Prototyping Service
Professional Service, Design Service
Platform-Agnostic Design Service (Output compatible with Linux/ROS, VxWorks, QNX, or custom RTOS)
The engineering expertise behind your custom robot
If your last robotic integration stalled during safety validation - or blew the budget on last-minute structural fixes - you’re not alone. Over 60% of custom automation projects face delays due to gaps between mechanical design, control logic, and regional compliance. Our custom robotic cell design service eliminates that risk with a co-engineered approach trusted by automotive, aerospace, and electronics manufacturers across the U.S. and EU.
Engineered for compliance, built for performance
We start not with robots, but with your **real constraints**: cycle time targets, part tolerances, maintenance access, and regional regulations. From there, our certified robotic cell designers develop a unified solution where safety, structure, and motion are validated together - not patched together later.
Key engineering pillars:
- Robotic load-bearing design validated for 100,000+ cycles - no frame drift, no recalibration drift
- Robotic function optimization design that cuts unnecessary motion, reducing energy use by up to 22%
- Precision mechanical robotics design for end-effectors, fixtures, and linear transfer units
- Robotic system performance design that ensures consistent throughput under real-world variance
Regional compliance, built in - not bolted on
One design process. Two regulatory outcomes.
- For U.S. clients: Full alignment with ANSI/RIA R15.06, OSHA machine guarding rules, and UL 508A for control panels - ready for EHS audit.
- For EU clients: CE Technical File, EN ISO 13849-1 (PLd) safety circuits, and Machinery Regulation (EU) 2023/1231 compliance - including full risk assessment per EN ISO 12100.
No retrofits. No delays. Just a robot cell design that passes first-time validation.
Flexible delivery. Full ownership.
We support your operational model:
- Licensing: Receive complete engineering package - 3D CAD models, 2D drawings, robot/PLC logic, safety validation report, and BOM
- Turnkey: End-to-end deployment with installation, commissioning, and operator training
You retain 100% IP ownership of all deliverables, including robotic performance optimization design algorithms and mechanical specifications - so you can scale or replicate without vendor lock-in.
All structural components carry a 24-month warranty; control systems - 12 months.
Technical & Compliance FAQ
How do you ensure the robotic load-bearing design won’t deform over time?
We perform FEM-based fatigue analysis during the mechanical robotics design phase, simulating 100,000+ operational cycles under max payload. All frames use high-stiffness steel (S355 or equivalent) with topology-optimized cross-sections.
Can your robotic cell designers work with our existing robot brand and PLC?
Yes. We are hardware-agnostic and have delivered compliant cells for Fanuc, ABB, KUKA, Yaskawa, and Universal Robots - with Siemens, Rockwell, and Beckhoff controls.
What’s included in the safety validation package?
Full documentation per ISO 13849-1: safety circuit diagrams, PL calculation, fault tree analysis, validation test protocol, and operator/maintenance procedures - formatted for EU Notified Body or U.S. OSHA review.
