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Ensinger Precision Components is exhibiting at MD&M West in 2024 at Booth #736 on February 6-8!

Tackle Tight Tolerances and Finishes with CNC Machining

Some plastic manufacturing industries — such as aerospace, defense, and oil & gas — require extremely tight tolerances not always achievable with injection molding alone. However, with CNC machining Ensinger Precision Components is able to adhere to the tightest tolerances and provide essential part finishing capabilities. Learn more about CNC machined plastic parts below, or contact us today to examine our capabilities further.

CNC Machined Plastic Parts Requires the Right Equipment

At Ensinger Precision Components, our plastic machining capabilities are built on cutting-edge equipment, such as dedicated HAAS CNC Lathes and HAAS CNC Machining Centers. We also deploy collaborative robots (Cobots) for CNC machine tending. With an extensive equipment list dedicated to CNC machined plastic parts we provide finishes exactly to customer specifications.

CNC Machining Equipment

  • Post CNC Machining Centers
  • Milling/Turning Lathes, with Multiple Axes
  • Vertical Milling Centers, with 3, 4 and 3+2 Axes
  • Tolerances up to +/- 0.0005 inch
  • Grinding/Lapping Services
  • Portable Vertical Milling Center
  • MasterCam Software

Explore Our Extensive List of CNC Machining Options

CNC machined plastic parts require dedicated tools and parameters to ensure high-precision, durable products. CNC machining delivers notable benefits, such as quick turnarounds on prototypes, smoother part finishes, lower costs with automation, and more efficiency with fewer overall production steps.

The characteristics of the material may affect the tooling and types of processes used. Ensinger Precision Components has the experience to navigate these challenges and has extensive machining capabilities and some are detailed below:

  • Drilling — The first process for machining holes with the size limited to the size of the drill bit
  • Broaching — Used to enlarge a drilled hole and improve the quality of the finish
  • Boring — This process uses a single-point cutting tool to enlarge a hole. The tool rotates, so the hole size is not limited by tool size
  • Milling — A cylindrical cutter on an axis is use to shape flat surfaces, grooves, or other characteristics into the part
  • Tapping — Creates a threaded hole for screws or bolts
  • Reaming — This process smooths out an existing hole and removes much less material compared to drilling