Symmco Incorporated • 40 South Park Street • Sykesville, PA 15865 • 814-894-2461

Molding + Compacting

Symmco utilizes Osterwalder and Dorst Hybrid Hydraulic/Mechanical Molding Presses for your molding & compacting needs.

Dorst hybrid hydraulic and mechanical molding press

These Presses Allow You To

  • Utilize the multi-levels to produce complex parts
  • Mold current powder metal parts that are now heavily machined
  • Eliminate secondary operations
  • Convert parts made from castings or plastics that require machining
  • Convert current multi-part design into one piece
  • Improve the function and/or reduce the cost of your current product

Need More specifications?

Download the Press Product Sheet(PDF)

Press fleet, levels and part envelope

Symmco molds and compacts on 39 presses split between its Pennsylvania and Tennessee plants. The 36 presses in Sykesville run from 5-ton to 750-ton with mechanical, hydraulic and electric drives, and the 3 in Surgoinsville range from a 300-ton electric to 500-ton hydraulic press, so a small bushing and a large structural part are pressed on equipment sized to each.

Symmco compaction presses by plant: number of presses, tonnage range and multi-level capability.
PlantPressesTonnage rangeMulti-level presses
Sykesville, Pennsylvania365-ton to 750-tonDorst and Osterwalder, up to 7 levels
Surgoinsville, Tennessee3300-ton electric to 500-ton hydraulicDorst, up to 7 levels
Both plants395 to 750 tonsUp to 7 levels

Dorst presses in Pennsylvania and Tennessee produce parts with up to 7 levels; Osterwalder presses in Pennsylvania also run 7 levels using mechanical and hydraulic technologies. That multi-level capability is what lets a complex part with several steps in its profile come off the press as one piece, which is the point of the first item in the list above.

The same fleet covers a wide envelope. Symmco presses parts as small as 0.050" outside diameter and 0.050" overall length, while at the top of the range it produces parts up to 6.00" wide, 12.00" long and 1.00" thick. Weight is not a constraint on its own, because it follows from the density of the material and the size of the part, so what matters when you send a drawing is whether the geometry fits the press and the die.