Model HSA Stand-Alone Bearing Our model HSA hydrostatic bearing is interchangeable with other free-standing type guide bearings and has an 18,000 lb dynamic load capacity and an 8,000 lb static load capacity. It requires a 2500 PSI hydraulic power supply. It can be made to order with up to a 2-3/8″ maximum stroke. Model HVGS-60 […]
Head Plates & Expanders
Our standard magnesium Head Plates, provide a universal mounting surface for test items. Head Expanders provide a horizontal mounting surface
Custom Vibration Fixtures
30 years of providing In-house solutions to unique fixturing requirements. We are a direct Original Equipment manufacturer supplier.
One of the least expensive methods of multi-axis vibration testing is through the use of ‘L’ and ‘T’ Fixtures. I-Fixture provides a lightweight alternative to the standard magnesium Cube Fixture.
‘Stacker’ Circuit Board Fixture provides the electronics industry a unique way to test virtually any circuit board. Also available is a specially designed “Stacker Head Expander”
Vertical Guidance Systems
Baughn Engineering offers a complete line of vertically guided head expander systems. These guidance systems provide additional cross-axis restraint to protect the shaker’s armature and internal guidance components.
Universal Multi-line System
Baughn Engineering “Universal Multi-Line System” is truly one of the most unique and revolutionary multiple axes test systems on the market to date.
Model MST – MonoBase Baughn Engineering’s model MST MonoBase, with its dual I-Beam style steel construction, provides maximum stiffness between the shaker and the horizontal slip table for improved controllability and dynamic response during high frequency and/or high acceleration testing. The MonoBase System incorporates our standard oil film table technology to provide a highly damped, […]
Manufactured from solid magnesium billet stock. Larger Cubes, 12.0″ and up, are constructed from welded magnesium tooling plate, internally gussetted to minimize the overall weight and maintain strength and stiffness.