Press Capabilities

We produce precision-engineered aluminum profiles that are delivered on-time, correct, and complete.

Superior Extrusion, Inc. has grown into a market leader with diverse press capabilities. We started with a 7″ Farrel Press in 1998 and added a 9″ Youngstown Press in 2009. We installed a 7″ Extral Press in 2018 and most recently added a 9″ Extral Press in 2022.

Superior Extrusion, Inc.

Press Capabilities

  • Profile size up to 12” wide x 2” tall
  • Max square profiles 6” x 6”
  • Standard cut lengths from 60” – 360”
  • Cut lengths less than 60” can be achieved in our fabrication department
  • Max cut length of 440”, dependent on profile
  • Stock alloys available: 6063, 6005, 6061, and 6181
  • Other 6000 series alloys available upon request
Superior Extrusion, Inc.

Press Capabilities

Press Capabilities:
  • Profile size up to 12” wide x 2” tall
  • Max square profiles 6” x 6”
  • Standard cut lengths from 60” – 360”
  • Cut lengths less than 60” can be achieved in our fabrication department
  • Max cut length of 440”, dependent on profile
  • Stock alloys available: 6063, 6005, 6061, and 6181
  • Other 6000 series alloys available upon request

9″ 3,300-Ton Extral Press

  • Delivers the precision required for diverse customer needs
  • Supports 9″ (≈230 mm) billets to enable a large cross-section aluminum profile
  • Short-stroke and compact design decrease dead cycle time
  • Allows for complex profiles with consistent quality

7″ 2,000-Ton Extral Press

  • Delivers the power and precision required for the highest quality extrusions
  • Provides a versatile balance of strength and efficiency
  • Reliable performance, production flexibility, and cost-effective scalability

9″ 2,500-Ton Youngstown Press

  • Produces large and complex aluminum profiles
  • Designed for continuous heavy-duty production runs
  • Tight control of extrusion speed and pressure
  • Industry leading repeatability and quality

7″ 1,650-Ton Farrel Press

  • Reliable performance for demanding extrusions
  • Consistent quality and dimensional accuracy
  • Efficient cycle times and dependable operations
  • Controlled force to support a wide range of profiles