Prototype plastic injection moulding for MedTech using rapid tooling, low volume injection moulding, and short run builds inreal thermoplastics.
Medical Thermoplastic Prototype Injection Moulding
Validate mechanical performance in your actual target polymer.
Even the most meticulously engineered CAD models can not fully replicate the physical reality of a final medical polymer. SPT Vilecon provides specialized prototype plastic injection molding to help R&D teams move beyond assumptions.
By utilizing agile rapid tooling, wedeliver functional test parts in your actual target material, allowing you to validate snap-fits, rigidity, and complex interfaces under authentic conditions before design lock.
First moulded parts within 1 week in your target polymer.
We help MedTech teams validate fit, function, and material performance early through rapid tooling and low volume builds, supporting risk reduction before design lock.
Low volume pilot builds (1 to 50+ parts)
Whether you need a handful of parts for early interface verification or a larger batch for extended user evaluation, we support short run injection molding tailored to your project phase. We process a wide range of MedTech thermoplastics to match your functionaland regulatory requirements:
High-performance & Implantable: PEEK, PEI (Ultem).
Rigid & Structural: Polycarbonate (PC), ABS, POM (Delrin), PA (Nylon).
Flexible & Semi-rigid: TPU, TPE, Polypropylene (PP), Polyethylene (PE).
Seamless scale-up: In-house Steel Tooling & Contract Manufacturing
When your thermoplastic design achieves full technical maturity, we facilitate a highly predictable transition into finalsteel tooling. Because critical parameters such as shrinkage, warpage, and material behavior have already been validated in our Prototype Lab, your final steel molds are engineered on a thoroughly documented foundation.
As a trusted partner for injection molding contract manufacturing, we design and manufacture the final steel molds in-house and handle your subsequent cleanroom component production.
This ensures continuity, vastly improves predictability during manufacturing scale-up, and safeguards your original design intent without compromise.
