At Peak Technology, additive manufacturing is more than prototyping—it’s a production-ready capability that enables faster iteration, greater design freedom, and lower tooling costs. Whether you’re building functional prototypes or short-run parts, we deliver industrial-grade results using modular print systems, engineering-grade materials, and tightly integrated post-processing.

With the 2025 acquisition of Type A Machines, Peak has expanded its offering to include high-throughput, parallel 3D printing using large-format platforms and scalable “Printer Pods.” We support customers across industries including biomedical, electronics, aerospace, and industrial automation—accelerating product development while reducing time-to-market.

  • PROTOTYPE TODAY, MANUFACTURE TOMORROW: We turn CAD files into precision parts within days—allowing your team to validate fit, function, and form while preparing for production with the same partner.

  • PARALLEL PRINT CAPABILITY: Our Printer Pod architecture enables rapid, repeatable 3D printing for small batch runs, functional assemblies, or part families—ideal for R&D teams and OEM pilots.

  • SEAMLESS POST-PROCESSING: From vapor smoothing to mechanical buffing and machining, Peak completes each part in-house to meet your exact finish, fit, and performance specifications.

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.