Industries
Additive Manufacturing for the Industries Where Failure Is Not an Option
Defense and aerospace programs operate under a different set of rules than most manufacturing environments. Specifications are binding. Documentation is mandatory. Drawing changes trigger approval chains that can take months. Suppliers are evaluated not just on what they deliver, but on how they operate.
rp+m thrives in this environment. Our work is concentrated almost entirely in defense and aerospace, industries that represented over 96% of our manufacturing volume in 2025. Our processes, quality infrastructure, and technical approach reflect the requirements of these industries specifically.
We are not a general additive manufacturing provider that also serves defense. Defense and aerospace is what we do.

Defense Manufacturing: Understanding the Requirements Behind the Drawing
Defense manufacturing is not complicated because the parts are complicated. It is complicated because of everything that surrounds the parts:
- The specifications they must meet
- The documentation that must accompany them
- The audit trails that must be maintained
- The contractual obligations that govern every step of the process
Most additive manufacturing suppliers underestimate this. They see a drawing, price a part, and discover the full scope of the requirements only after they have committed to the job.
rp+m does not operate that way. We understand both the technical and procurement challenges posed for the defense industry to align our solutions with their needs.

Contractual Compliance and Documentation

Qualified Processor Requirements

Source Inspection

Timeline Pressure and Priority Management

Drawing Authority

The rp+m Approach to Defense Manufacturing
We have spent years learning how to operate effectively within the defense supply chain, not just how to manufacture parts, but how to manage the full scope of what a defense purchase order actually requires. Our customers come back to us because the parts are right, the paperwork is right, and nothing surprises them at inspection.
Many of our defense relationships have grown organically, from a single program to multiple programs within the same organization, driven by engineering teams and supply chain managers who experienced firsthand what it means to work with a supplier that understands the environment.
Aerospace: Where Material Performance and Process Reliability Intersect
Aerospace applications demand manufacturing partners who understand both how to make a part and why the material and process requirements exist. These parts have strict baseline requirements, including:
- Flammability ratings
- Structural performance
- Dimensional repeatability
- Full traceability from raw material to finished parts
rp+m's primary production material, ULTEM™ 9085, meets FAA flammability requirements and is supported by the broadest published data set of any thermoplastic material used in defense and aerospace additive manufacturing. Our process controls are designed to deliver the dimensional consistency and repeatability that aerospace applications require.


Material Requirements and Qualification

Tolerances and Dimensional Consistency

Traceability
Approvals and Change Management

The rp+m Approach to Aerospace Manufacturing

Where rp+m Fits in Your Supply Chain
rp+m is a manufacturing partner, not a design firm, systems integrator, or prototype shop. We manufacture thermoplastic additive parts to customer-supplied drawings and specifications, with the post-processing, documentation, and quality infrastructure to support production-level defense and aerospace work.
We work directly with Tier 1 defense and aerospace OEMs and their supply chains, engaging with engineering teams during development and transitioning to sustained production as programs mature. In some cases, we also work with Tier 2 suppliers executing work on behalf of a prime contractor, where our parts feed into a larger assembly or deliverable.
Our role is to be a dependable additive manufacturing partner for your program:
rp+m Works With:
- Program engineers during development and design validation
- Supply chain and procurement teams for production sourcing
- Additive manufacturing integration teams at Tier 1 OEMs evaluating suppliers for new programs
- Tier 2 suppliers executing prime contractor requirements



