Rapid Prototype Machining

Precera RPM delivers prototype parts in as little as three days. Built for medical device teams that need to move from model to part without slowing down development.

RPM

Prototype timelines shouldn’t slow down your program..

Most development teams are forced to wait weeks before they can physically evaluate a design. That delay impacts everything, from internal reviews to supplier conversations to downstream decision-making. Precera RPM changes that timeline.

Instead of waiting for traditional lead times, teams can move from CAD model to machined prototype in days, giving engineers and stakeholders something real to evaluate much earlier in the process.

Markets

Built for the most demanding applications

We partner where precision, reliability, and patient needs leave no margin for error. Every program is built to move fast, scale smoothly, and deliver validated parts with confidence.

Our Markets
Right Arrow

Surgical
& MIS

Surgical Robotics
Laparoscopy
Endoscopy
Electrosurgery
Vessel Sealing

Orthopedic
& Spine

Motion Preservation
Spine
Trauma
Extremities
Sports Medicine
& Arthroscopy

Interventional
& Therapeutic

Neurostimulation
Drug Delivery
Diagnostics
Structural Heart
Electrophysiology
Why RPM

A faster path from model to part

Precera RPM is a dedicated rapid prototype machining offering built to accelerate early-stage development. It combines multi-axis machining, Swiss machining, finishing, and inspection into a focused workflow designed for speed and clarity.

For the right applications, customers can submit a model and move directly into prototype production without waiting on a fully completed drawing package, reducing unnecessary delays in early iteration cycles.

Our Process

From model to part, without unnecessary friction

This structure is intentionally simple so your team can move faster without added complexity. RPM is built around a streamlined process that removes unnecessary steps and compresses timelines:

Capabilities that support fast-turn prototype development

All aligned to support rapid iteration and early-stage validation.

  • Multi-axis machining for complex geometries  
  • Swiss machining for small, high-precision components  
  • Finishing support to move parts closer to evaluation-ready condition  
  • Inspection support, including CT-based inspection  
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