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Spring Force Wedge Clamps Allow Clamping Without Permanent Hydraulics

Hilma self-locking wedge clamps from Carr Lane Roemheld are powered by spring force that is ideal for clamping dies with a straight clamping edge, for metal stamping die change or plastic mold change.

Posted: September 10, 2019

Booth D-45857: No permanent hydraulic supply is necessary for Hilma self-locking wedge clamps from Carr Lane Roemheld because they operate by spring force and only 160 bar pressure is necessary for release. The self-locking clamping bolts are monitored by inductive switches and visual position monitoring. These compact and robust wedge clamps can withstand temperatures up to 320 deg F and come with a rust protective coating.

In Booth D-45857, new Hilma self-locking wedge clamps from Carr Lane Roemheld (Fenton, MO) are powered by spring force and are ideal for clamping dies with a straight clamping edge, for metal stamping die change or plastic mold change. No permanent hydraulic supply is necessary because the clamp operates by spring force and only 160 bar pressure is necessary for release. The self-locking clamping bolts are monitored by inductive switches and visual position monitoring. Compact and robust, these wedge clamps can withstand temperatures up to 160 deg C (320 deg F) and come with a rust protective coating. Highly adaptable to numerous applications, the wedge clamps offer maximum flexibility when used with hydraulic connections, even in the standard range of cylinder diameters from 35 mm to 85 mm.

Hilma Division of Carr Lane Roemheld, 927 Horan Drive, Fenton, MO 63026, 636-386-8022, www.hilma-usa.com.