Rubber Bearing Compression Shear Testing Machine

Reason Benefit
Built for bridge bearing testing Specifically designed for elastomeric and rubber bearing performance evaluation
High-capacity testing 5000 kN and 10000 kN capacities cover large infrastructure bearing products
Compression + shear capability One system can perform both vertical compression and horizontal shear tests
Accurate deformation measurement Measures axial, radial, and shear deformation for complete bearing evaluation
Computer-controlled operation Provides automatic loading, data acquisition, curve generation, and report output
Electro-hydraulic servo control Ensures stable loading, precise control, and repeatable results
Heavy-duty frame Four-column structure provides high stiffness for large bearing tests
Suitable for QC and certification Ideal for highway, railway, bridge, and construction material laboratories
Multi-test functionality Can evaluate compressive modulus, shear modulus, friction coefficient, ultimate compression, and rotation behavior
Efficient sample handling Moving lower platen/trolley design can assist with loading and unloading large specimens

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Warranty Included

Manufacturer warranties on all equipment

Installation & Training

On-site or installation and hands-on training

Technical Specifications

Parameter LGWY-5000J LGWY-10000J
Machine Type Electro-hydraulic servo compression shear testing machine Electro-hydraulic servo compression shear testing machine
Main Test Function Compression, shear, rotation/corner testing Compression, shear, rotation/corner testing
Vertical Compression Capacity 5000 kN 10000 kN
Test Force Range 20–5000 kN 40–10000 kN
Test Force Accuracy ±1% of indicated value ±1% of indicated value
Horizontal Shear Force 1000 kN 2000 kN
Horizontal Piston Stroke 180 mm 250 mm
Corner / Rotation Push Force 300 kN 600 kN
Vertical Deformation Measuring Range 0–10 mm
Vertical Deformation Resolution 0.001 mm
Radial Deformation Measuring Range 0–10 mm
Radial Deformation Resolution 0.001 mm
Horizontal Shear Measuring Range 0–150 mm 0–200 mm
Horizontal Shear Resolution 0.001 mm
Control System Microcomputer / PC control Microcomputer / PC control
Loading Method Hydraulic servo loading Hydraulic servo loading
Frame Structure Four-column heavy-duty frame Four-column heavy-duty frame
Typical Dimensions Approx. 5100 × 1200 × 3900 mm Approx. 5575 × 1860 × 3660 mm
Approx. Weight Approx. 15000 kg Approx. 35000 kg
Power Supply AC380V ±10% AC380V ±10%

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