Partner with us in in the design and planning process to resolve potential manufacturing issues before we begin work on your project. Our experienced programming staff can machine your part from either a drawing or an electronic file. We can take your required part from drawing to production while providing complete tooling and fixturing requirements in-house. Peak’s engineers can assist our customers in the following areas: Prototyping, Mold Making, and Tooling.

Peak is your one-stop total solution provider. We offer a wide range of engineering support services, including:

  • Importing of CAD files
  • Reverse engineering capabilities
  • Value engineering technical assistance for ensuring cost-effective manufacturability

  • DESIGN WITH PRODUCTION IN MIND: We help optimize part geometry, material selection, and tolerances before manufacturing begins— preventing costly redesigns and reducing time-to-production.

  • IN-HOUSE TOOLING & FIXTURING: Our engineers support complete tooling and fixture design, giving you full control over precision, repeatability, and cost-efficiency.

  • CAD-READY AND REVERSE CAPABLE: Whether you provide native CAD files or physical samples, we can import, interpret, or reverse engineer to build a manufacturable solution.

Additive + Subtractive: A Hybrid Manufacturing Solution

By combining additive manufacturing with our subtractive (CNC) capabilities, Peak offers a hybrid solution unmatched in the mid-volume manufacturing space. This allows customers to iterate designs quickly, validate them with real-world testing, and seamlessly shift into scaled production—all while maintaining material consistency and design integrity.

Designed for Speed, Built for Function

We print with a range of industrial materials, including PLA, PETG, nylon, and custom polymers, tailored to your use case. Our engineers work with your team to ensure each design is optimized for printability and durability—whether you’re building jigs, fixtures, covers, or end-use components. The result: faster development, fewer delays, and less rework.