Additive Manufacturing

Capabilities

Turning complex geometries into production-ready metal components

Additive manufacturing expands what is possible when conventional manufacturing methods introduce limitations in geometry, tooling, or development speed. Precera combines metal additive manufacturing expertise with controlled debind and high-temperature vacuum sintering to support complex powder-metal components with consistent density, dimensional performance, and metallurgy.

From early development through repeatable production, our process brings printing, post-processing expertise, and verification together to help medical device teams move complex component designs forward with greater confidence.

  • Micro metal additive manufacturing for complex component geometries
  • Debind and sintering for powder-metal FFF and Binder Jet technologies
  • Validated vacuum sintering supporting consistent dimensional performance
  • Density and digital microscopy verification capabilities
  • Deep powder-metal and MIM processing expertise

Applications

We support a wide range of medical device applications through precision manufacturing, engineering expertise, and scalable production capabilities.

Markets

Surgical / MIS: Robotics, laparoscopy, endoscopy, electrosurgery & vessel sealing
Orthopedic & Spine: Motion preservation, spine, trauma, extremities, sports medicine & arthroscopy
Interventional & Therapeutic: Neurostimulation, drug delivery, diagnostic devices & structural heart

Materials

Titanium
Cobalt-chrome
Stainless steel
PEEK
Nitinol (NiTi)
UHMWPE and other advanced polymers

As a trusted CDMO partner, we work as an extension of our customers’ teams by combining precision manufacturing, automation, and validated processes to help reduce complexity, accelerate timelines, and support scalable growth.