Motorized Load Frame

The Motorized Load Frame is a robust and precision-engineered testing apparatus designed for performing California Bearing Ratio (CBR) and Triaxial Shear Tests on soil specimens. It determines the bearing capacity and shear strength of soil—essential parameters in the design of flexible pavements, embankments, and foundations.
The unit features a 50 kN motorized loading frame with a constant strain rate drive mechanism, ensuring accurate, uniform load application. It can be equipped with a proving ring and dial gauge for manual testing or upgraded with digital load and displacement indicators for data precision.

• Heavy-duty 50 kN motorized loading frame for accurate testing.

• Suitable for CBR, Triaxial, and Unconfined Compression tests.

• Constant strain rate motor ensures smooth and precise loading.

• Variable speed control to accommodate different test types.

• Sturdy two-pillar design for maximum stability.

• Available in manual and digital configurations.

• Built to meet standard testing specifications (IS: 2720, ASTM D1883).

• Civil engineering and geotechnical laboratories for soil testing.

• Highway and pavement design for determining subgrade bearing capacity.

• Foundation design and soil strength evaluation.

• Research and academic laboratories for soil mechanics studies.