Micro Material: The device is molded of Ultem, an amorphous thermoplastic polyetherimide (PEI) resin. Micro Features: The nozzle body device measures 0.0063″ (0.16 mm) Nozzle ID. Description: Our biggest challenge with the micro molded ultem nozzle body device...
Micro Material: The device is made of Ultem, an amorphous thermoplastic polyetherimide (PEI) resin. Micro Features: The design features a 0.0063″ (0.16 mm) Nozzle ID. Description: The nozzle cover device’s Nozzle ID is directly related to spray pattern. Do...
Micro Material: The device is made of Fluoropolymer, a fluorocarbon-based polymer with multiple strong carbon–fluorine bonds. Micro Features: The fluoropolymer gasket device features 0.006″ (0.15 mm) diameter through-holes. Do you have similar features on your...
Micro Material: The “flower” device is made of an experimental shape-memory thermoplastic material Micro Features: The design features a 0.009″ (0.23 mm) wide webbing. Description: The shape-memory material allows the “flower” to collapse or spread,...
Micro Material: The device is molded of POM (polyoxymethylene), a thermoplastic acetal material. Micro Features: The medical actuator spring housing device is less than 0.079″ (2 mm) diameter. Description: Micro-edge technology was used to create razor sharp...
Micro Materials: Bioabsorbable Tack Micro Features: The bioabsorbable tack sharp points must be less than 0.0002″R. Description: Economical micro processing of bioabsorbable materials require minimum runner sizes to reduce waste. Bioabsorbable materials degrade...
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