Medical Device Imagineering
Medical Device Imagineering provides integrated design, engineering, manufacturing and testing services for medical device developers. The company focuses on rapid iteration from concept through prototype and production, with particular expertise in nitinol devices, laser micromachining, finite element analysis, and implant mechanical testing.
Industries
Nr. of Employees
small (1-50)
Medical Device Imagineering
Somerset, New Jersey, United States, North America
Products
Custom medical device components and implants
Laser-cut, formed and finished medical device components and implantable devices produced from medical-grade metals and alloys for prototype and production volumes.
Custom medical device components and implants
Laser-cut, formed and finished medical device components and implantable devices produced from medical-grade metals and alloys for prototype and production volumes.
Services
Concept design, device optimization, iterative prototyping and design improvements for implants and delivery systems.
FEA-driven design optimization, virtual experiments, stress/strain and fatigue analysis, biomaterial and in‑vivo simulation; documentation for regulatory submissions.
Prototype and production manufacturing including laser machining, welding, deburring, shape setting, soldering and surface finishing.
Precision laser cutting of tubing and flat stock across a broad range of medical materials and tight tolerances.
Mechanical, durability and material testing for implants, including tests aligned with ISO 25539 and nitinol-specific characterizations.
Concept design, device optimization, iterative prototyping and design improvements for implants and delivery systems.
FEA-driven design optimization, virtual experiments, stress/strain and fatigue analysis, biomaterial and in‑vivo simulation; documentation for regulatory submissions.
Prototype and production manufacturing including laser machining, welding, deburring, shape setting, soldering and surface finishing.
Precision laser cutting of tubing and flat stock across a broad range of medical materials and tight tolerances.
Mechanical, durability and material testing for implants, including tests aligned with ISO 25539 and nitinol-specific characterizations.
Expertise Areas
- Medical device design and development
- Nitinol and shape‑memory alloy devices
- Finite element analysis and computational simulation
- Laser micromachining and tube cutting
Key Technologies
- Finite element analysis (FEA)
- Nonlinear and fatigue simulation
- Bio-material computational modeling
- Laser tube and flat cutting (ultrafast, fiber, YAG)