Engineered Metal Components

Deringer-Ney is a leading manufacturer of precision medical device components via forming, stamping, insert-molding and assembly specialized in dental implant and hearing aid components and also specialized in the development of alloys including custom biocompatible alloys. 

Utitec is specialized in deep drawn, stamped and machined components as well as a wide range of secondary processes from surface treatment to cleanroom assembly and packaging.  

Cadence provides specialty metal components and sub-assemblies for critical products through proprietary processing techniques using state-of-the-art technologies. The flexible manufacturing processes enable product developers and engineers to fully leverage their creativity and design requirements.


  • Bending
  • Cold forming
  • Cutting
  • Deep Drawing
  • EDM
  • Forming of Wires and Tubes
  • Laser Fabrication
  • Machining (CNC Milling and Turning)
  • Stamping 
  • Insert Moulding
  • Joining (of dissimilar metals)
  • Welding
  • Surface Treatment (e.g. Passivation, Polishing, Grinding)
  • Bright Annealing
  • Cleanroom Assembly & Packaging

Product Excamples

  • Catheter components: Tips, Wedges, Tubes, Catheter and Stent markers
  • Surgical components: Blades, Knife assemblies, Needles & Cannulas, Scissors, Scalpels
  • Electrical components: Sensor components, Temperature sensor covers, (Hearing aid)-High performance contacts,  Micro connectors, Contact pins
  • Dental implant components: Abutments, Implants, Implant holders
  • Other components: Support tubes for staple systems, Micro gas cylinders for air, Miniature screws


Stainless Steels, Carbon Steel, Titanium Alloys, Niobium, Tantalum, Aluminum, Copper, Nickel, Precious Metals and Precious Metals Alloys (e.g. Gold, Silver, Platinum, Pd based Paliney®, Au based Neyoro®, Pt/Ir), further Alloys (e.g. Be Cu, Brass, Hastelloy, Inconel, Monel)

Contact us and we find hand in hand with our partners the optimal solution for material and process requirements of your medical project.