Close tolerance machining of complex insulators. No burrs. Post machining annealing required.
Utilize equipment and tooling designed for small components with back working capabilities. Adjust print dimensions to accommodate changes in annealing.
Micro turning for the medical industry.
Close tolerance, no burrs Custom tooling running on a Swiss turn lathe
Micro Machining of acetal parts
Micro Machined Plastic Acetal Component
Micro Machined Delrin Part
Micro Plastic machining of PET, Parts are .050 in diameter.
Samples of Polycarbonate micro machined parts
Some of our smallest parts in PEEK. .020" diameter with a .012" hole, .100" long.
Samples of Micro Machined Components
Sample of Part Machined in Polyiron
Samples of parts precision machined in Polyiron
Example of Micro Machined Plastic Components
Examples of Micro Machined Plastic Components
Plastic Components Machined from Rexolite
CTFE valving components require no burrs, close tolerance.
Parts produced burr free and complete using special tools running on a Swiss turn lathe.
Machining of Torlon 4301. Part is .375 diameter.
Does this plastic Peek part look see through? It does because it nearly is not there. .0008" +/- .0001 wall thickness for a medical device in Peek Optima makes this one of our toughest parts yet. Implant application. A good example how Connecticut Plastics leads the industry in plastic turning.
Connecticut Plastics has the ability to create some of the finest micro-machined plastic components in the industry.
Through our specialization as an experienced plastics fabricator, we have plastic fabrication capabilities unusual in standard CNC machining practice. In particular, for precise micro machining of plastic components, our tolerancing is +/- .0005 or better with exceptional surface finish. These high-precision requirements are met while producing complex configurations in runs from 100 – 100,000 pieces.
If required, similar micro-machining accuracy can be maintained after plastic polishing.
Typical micro machining specifications include:
As micro plastic machining success is very part and material dependant, please contact us via the information provided below or send us your specific design requirements via our Online Inquiry Form.