Micro Material: This medical component was injection molded using a 40% Tungsten-filled Pebax thermoplastic elastomer (TPE). Micro Features: The ablation catheter tip design features a 0.05mm small hole diameter with +/- 0.02mm ulta-tight tolerance. Description: The...
Micro Material: This implantable ENT device is molded from ethylene vinyl acetate (EVA). Micro Features: The tube design features an internal diameter of 1mm. Description: The ear tube required no gate vestige to avoid skin irritation during use. Because EVA is a very...
Micro Material: The implantable device is molded from Polypropylene (PP). Micro Features: The medical design required zero draft throughout, and featured 0.5mm (0.012″) diameter holes throughout the 1.3″ long part design. Description: The inside geometry...
Micro Material: This micro medical device is overmolded with Polypropylene (PP). Micro Features: The six (6) tiny electrodes with leads attached were manually hand-loaded into the tool to create this part. The diameter of each of the electrodes is 400 microns (0.4mm)...
Micro Materials: This drug delivery device is made from Cyclo Olefin Polymer (COP). Micro Features: Hole size .006″ diameter with +/- .0004″ tolerance. This diameter is molded flash-free, a requirement for the part functionality. Core pins are wire EDM...
Micro Materials: This implantable tack is made of a bioabsorbable polymer. Micro Features: All tolerances are +/-.002″ throughout. Ultra-sharp points with no discernible radius measured. Description: This bioabsorbable tack required an extremely complex tool...
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