STRUCTURAL TESTING SYSTEMS, MATERIAL, FATIGUE & DYNAMIC TESTING SYSTEMS. FATIGUE RATED LINEAR ACTUATORS, SERVICE MANIFOLDS, LOAD FRAMES & HYDRAULIC POWER SUPPLIES, LABORATORY & OEM; CUSTOM. BIOMEDICAL WEAR TEST SYSTEMS, TOTAL HIP AND KNEE REPLACEMENTS.

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• • Actuators
  • Cont. Systems
  • Data Acq.systems
  • Dig. Cont. Systems
• • Hyd. Power Supplies
  • Load Frames
  • Struct. Test Systems

Web Result

Load Frame 304

The gripping force applied to a test specimen by a grip is determined by hydraulic pressure supplied to the grip. The ideal gripping force is large enough to securely grip the specimen but low enough to minimize damage or deformation of the specimen and to prevent specimen slippage during the test. In the formulas below A = Area of the grip piston (cm2 or in2) L = Maximum axial load applied to the...

http://www.shorewestern.com/LoadFrame_304.html

Load Frame 301

http://www.shorewestern.com/LoadFrame_301.html

Ankle-Foot Prosthesis...

A million cycles on a hip or knee simulator is considered a million steps an average person takes per year. Most test components are simulated up to 5 million cycles or equivalent to 5 years use in the body. Hip components when simulated typically have a run-in phase followed by a steady-state phase; run-in usually occurs from 0-to-one million cycles (1Mc) at which it transitions in to steady-stat...

http://www.shorewestern.com/ankle-foot.html

Load Frame 306

The gripping force applied to a test specimen by a grip is determined by hydraulic pressure supplied to the grip. The ideal gripping force is large enough to securely grip the specimen but low enough to minimize damage or deformation of the specimen and to prevent specimen slippage during the test. In the formulas below A = Area of the grip piston (cm2 or in2) L = Maximum axial load applied to the...

http://www.shorewestern.com/LoadFrame_306.html

Biomedical Testing Equipment from Shore Western Manufacturing

A million cycles on a hip or knee simulator is considered a million steps an average person takes per year. Most test components are simulated up to 5 million cycles or equivalent to 5 years use in the body. Hip components when simulated typically have a run-in phase followed by a steady-state phase; run-in usually occurs from 0-to-one million cycles (1Mc) at which it transitions in to steady-stat...

http://www.shorewestern.com/biomedical.html

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