TSI Plastics' biggest capabilities are serving the plastics industry.
We are capable of machining, molding, stamping or screw machining from short, medium or long runs. We handle part weights ranging from components less than one ounce to components weighing three to four pounds. We specialize in precision CNC milling and turning, injection molding, rotational molding, thermoforming and mechanical assembly of non-metalic’s for a broad range of industries and applications across the United States.
For over 50 years serving our clients custom non-metallic fabrication needs, TSI Plastics has achieved the reputation of being one of the most recognized suppliers in quality non-metalic fabrication. This reputation was built on a business philosophy of personalized service and overall commitment to quality and excellence.
Our outstanding reputation has been earned through customer confidence and responsiveness to today’s changing O.E.M. markets. At TSI Plastics we pride ourselves on being problem solvers by providing a wide variety of services and solutions when a customer brings their products and parts in for development and manufacturing. Many TSI Plastics clients are extremely demanding and require extremely small margin for error. A brief list of our clientele includes Orbital ATK, Rockwell Collins, Bell Helicopter, Boeing, Honeywell, John Deere, Lockheed Martin, Miller Electric, Spirit Aerosystems and Triumph Aerostructures.
TSI Plastics is to ISO9001 and AS9100 certified and works heavily in the aerospace and aviation niches, working with any type of non-metallic materials. We specialize in high temperature engineered material, Acrylic, Poly-carbonate, Nylon, Teflon, ULTEM, Torlon and all epoxy and phenolic laminates. We are also capable of working with CAD data (CATIA, AutoCAD, Solid Works, EZ Cam and Pro-E).
We provide a vast understanding in materials for the plastic industry. We will be more then happy to assist you in determining the best plastic material for your project. See a list of some of the many materials we are familiar with, Click Here.