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We primarily partner with OEMs developing complex surgical, interventional and therapeutic devices, including both emerging companies approaching first submission and established organizations scaling production. Our work is most valuable in programs where precision, manufacturability, and speed to market are critical.
The earlier, the better. We often engage during design and process development to help ensure the device can be manufactured reliably at scale. That said, we are also brought in to solve challenges during prototyping, validation, or when programs are at risk due to manufacturing limitations.
Precera is built around solving manufacturing constraints that prevent devices from moving forward. Our capabilities such as electrochemical machining, precision Swiss turning, and advanced process development allow us to produce features and geometries that are not achievable through conventional methods. We focus on enabling what others cannot.
We specialize in precision components and assemblies used in minimally invasive and complex device systems. This includes features requiring micron-level accuracy, intricate geometries, and materials that are difficult to machine using traditional methods.
Yes. Our rapid prototyping cell is designed to provide fast, iterative feedback during development, while our production capabilities are built for repeatability, validation, and scale. This continuity helps reduce risk as programs transition from concept to commercialization.
Our processes are designed with validation, automation, and metrology integrated from the start. By eliminating variables such as tool wear in processes like ECM and controlling critical parameters, we ensure repeatability across both low and high volumes.
We routinely work with ultra-hard metals and materials that are difficult to machine using conventional methods. Our processes are particularly effective in applications where material properties would otherwise limit manufacturability.
Yes. Many of our engagements start with programs that are facing challenges such as burrs, stress-induced defects, inconsistent tolerances, or inability to scale. We evaluate the design and process together to identify a path forward that restores confidence in the program.
We support a broad range of medical device and healthcare applications across interventional, diagnostic, therapeutic, and neuromonitoring technologies. Our experience spans areas including neurostimulation, electrophysiology, structural heart, drug delivery, vascular access, diagnostic systems, and other precision-driven device applications. We partner with OEMs, healthcare organizations, and medical device companies to support the development and manufacturing of high-performance components and systems tailored to complex clinical and technical requirements.
We can begin supporting projects as early as the same day, depending on the scope and technical requirements. Our rapid prototyping capabilities allow us to move quickly during early-stage development while also supporting larger, more complex programs from concept through production. Initial conversations are focused on understanding the application, evaluating feasibility, identifying potential risks, and determining how we can add value early in the process.