01 / CONSUMABLES
01Disposable medical devices & consumables
Single-use mechanisms, molded components, seals, luer interfaces, handling loads, tolerance sensitivity, and structural failure investigations.
Medical hardware focus
Specialized mechanics for complex medical technology.
From disposable devices to capital equipment, mechanical questions are best resolved with targeted analysis, realistic loads, and evidence that fits the product's intended use.
Application areas
Five connected medical hardware domains.
Representative technical challenges, not claims of completed client projects or regulatory certification.
02 / SURGICAL
02Surgical instruments & robotic hardware
End-effector mechanics, articulation, fatigue, deflection, joint contact, cable or tendon actuation, and mechanical verification.
03 / DIAGNOSTICS
03MRI & diagnostic equipment mechanics
Mechanical frames, vibration, alignment, loading, fatigue, material compatibility considerations, and fixtures for complex imaging hardware. MRI electromagnetic and safety questions require suitably qualified specialists.
04 / DIABETES
04Diabetes management devices
Wearable housings, insertion mechanisms, reservoirs, pump components, cyclic actuation, drop and handling loads, and device robustness.
05 / DELIVERY
05Catheter, injection & delivery mechanics
Trackability-related structural mechanics, pushability, torque transmission, buckling, contact, deployment motion, and mechanism reliability.
How we work
The right evidence, at the right stage.
Not every question needs high-fidelity nonlinear FEA. Engagements begin by defining the decision, available data, assumptions, risks and required confidence—then choosing analysis, testing strategy or specialist support accordingly.
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