Small Part Production of Stamped Parts

SIMPAC America, North American subsidiary of South Korea's SIMPAC Inc., offers the gap-frame CX Series with IIoT technology designed to accelerate small part production of stamped parts for the automotive and other general industries.

When developing the CX Series, SIMPAC focused on multiple convenience and user-friendly components, including the application of the electric system, SIMPAC Press Monitoring System (SPMS). The SPMS is a user-centered interface created to incorporate IIoT into future SIMPAC press models. Its advanced safety and expandability features have improved over the previous operator panel. The SPMS system is now freely movable with its integrated pendant and arm attachments, allowing for greater accessibility.

Additional technological advancements of the CX Series include FEM analysis to increase durability and frame strength of the press; progressive feeder sensors for monitoring quantitative measurements of refuels, injections and adjustments in lubrication; and new temperature sensors on the drive units to help ensure preservation of the press and longevity of equipment lifespan.

The CX Series features wide supporting 4- and 6-sided gibs for eccentric loads and to provide greater accuracy and precision. The CX's wet type clutch and brake assembly with its built-in flywheel enables high energy at high speeds with a low noise level due to the improved gear drive system. The CX's applied O-ring and Gib Oil Cutter along with improvements made to the crank, drive parts and balance structure help reduce any potential oil leakage.

Available as manual or automated standalone presses, or as fully automated tandem lines, the CX Series has a press capacity of 80-300 tons, utilizes crank motion slide kinematics and can perform various applications including blanking and progressive operations.

For more information contact:

SIMPAC America Co. Ltd.

850 Stephenson Hwy., Ste. 305

Troy, MI 48083

248-607-3998

support@simpac-america.com

www.simpac-america.com