Engineering that shapes reliability and manufacturability
A product’s internal architecture determines its real‑world durability, thermal performance, and ease of assembly. Our mechanical design team transforms industrial design concepts into fully engineered structures – ready for tooling and high‑volume production. We work hand‑in‑hand with our ID, hardware, and manufacturing teams to eliminate fit issues, optimize assembly sequences, and ensure your product survives shipping, drops, and daily use.
What we deliver
- 3D structural design – detailed part modeling (plastic, sheet metal, silicone, die‑cast) using SolidWorks / Creo, including assembly definitions and interference checks.
- Thermal & airflow management – passive and active cooling solutions, heat sink design, fan placement, and thermal simulation for high‑power components.
- Durability & protection – IP rating design (IP54 to IP68), impact resistance, vibration damping, and environmental sealing.
- Design for manufacturing & assembly (DFM/DFA) – draft angles, wall thickness consistency, snap‑fit and screw boss optimization, tooling feasibility review.
- Tolerance analysis – stack‑up analysis to guarantee fit without over‑specifying precision.
- Material selection – engineering plastics (ABS, PC, PC+ABS, Nylon), aluminum, stainless steel, and medical‑grade materials.
Why choose our mechanical design service
- Cross‑functional integration – we embed mechanical engineers alongside ID and hardware teams, solving interference and heat issues before prototypes are built.
- Production‑first mindset – every feature is reviewed for tooling cost, cycle time, and assembly line efficiency.
- Rapid iterative prototypes – CNC, vacuum casting, and 3D printing for form‑fit‑function validation before steel is cut.
- Proven DFM track record – we have successfully released hundreds of injection‑molded, die‑cast, and stamped‑metal parts to mass production.
From shell to skeleton – structures that stand up to real life.