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PRODUCTION INJECTION MOLDING

TECH's 50,000 square foot facility is home to our primary Injection Molding plant which currently houses 19 presses, ranging from 28T to 780T, and runs 24 hours a day in order to simultaneously produce high quality, cost effective parts and dramatically reduce your time to market.


Production Injection Molding is the culmination of TECH's full service Design to Manufacture process, bringing together Part Design, Plastics Engineering, and Precision Mold-Making to provide you with an end product that is superior both in quality and economic efficiency.


TECH's vast array of Molding Capabilities comes
from our large inventory of Molding Machines:


  • 1 - 55 ton Nissei full Electric 1.6 oz
  • 1 - 88 ton Nissei full Electric 3.4 oz
  • 1 - 132 ton Nissei 6 oz
  • 1 - 177 ton Nissei 10 oz
  • 1 - 275 ton Nissei 13 oz
  • 1 - 350 ton Nissei 32 oz
  • 2 - 400 ton Nissei 25 oz
  • 1 - 780 ton Nissei 135 oz
  • 1 - 200 ton Two Color / Dissimilar Material
    (2 shot) Double injection each 10 oz
  • 4 - 28 ton Arburg 1 oz
    (2 Vertical capable for inserting)
  • 1 - 40 ton Arburg 1 oz
  • 6 - 83 ton Arburg 2,3,4 or 6 oz


  • See Our Full Molding Facilities List

In Addition to Our Presses, TECH's Injection Molding Plant Features:

  • 16 Dri-Air Dessicant Dryer/Loaders
  • Extensive Mold Temperature Control Equipment
  • Sophisticated Quality Inspection Equipment
  • Robotics and Automatic Handling Equipment including 2 Wittmann hi-speed Servo Robots
  • 9 Rapid Model-sound proofed Granulators
  • Class 100,000/ISO Class 8 Assembly room with attached Class 100,000 growing room, along with 4 Class 100,000/ISO Class 8 Portable Clean Rooms to accommodate customers in the medical component industry.
  • And Much More...
  • See Our Full Molding Facilities List

The Production floor is where the benefits of our full service Design to Manufacture process truly shine. Through teamwork between the Design and Manufacturing departments, TECH offers considerable savings in assembly costs and also improves product reliability by eliminating the chance of component related product failure. A strong design combined with a durable precision mold results in the production of high quality, dependable parts.