Soil & Geotechnical Testing Solutions

LS-TX300 Automatic Static Triaxial System

Configured for ASTM D2850, ASTM D4767, ASTM D7181, EN ISO 17892 workflows

LS-TX300 Automatic Static Triaxial System is a triaxial test apparatus for soil mechanics for ASTM D2850, ASTM D4767, ASTM D7181 workflows.

Workflow
UU / CU / CD
Static triaxial
Load
30 kN
Axial capacity
Pressure
2.0 MPa
Cell / pore

Static Triaxial Coverage

Supports the common UU, CU, and CD workflows requested by geotechnical labs.

Integrated Pressure Control

Controls cell pressure and back pressure without an external air compressor or nitrogen cylinder, with pore pressure measurement up to 2.000 MPa.

Servo-Driven Loading

Servo motor loading provides 0.001-4.000 mm/min stepless shear-rate adjustment for routine and research soil strength workflows.

Touchscreen Operation

A 10-inch color touchscreen and controller display speed, motor status, and pressure channels for simple automatic operation.

Application & Search Guide

Testing Method

Soil triaxial strength and stress-path testing

LS-TX300 Automatic Static Triaxial System is a soil testing machine for triaxial compression, effective stress, and geotechnical stress-path workflows under ASTM D2850, ASTM D4767, ASTM D7181, EN ISO 17892. It supports laboratories that need consolidated drained, consolidated undrained, or research-grade soil strength data for foundation and pavement design.

Technical FAQ

What is LS-TX300 Automatic Static Triaxial System used for?

LS-TX300 Automatic Static Triaxial System is used for soil triaxial testing workflows in civil engineering materials laboratories, quality control labs, research programs, and construction material acceptance testing.

Which standards does LS-TX300 support?

LS-TX300 supports ASTM D2850, ASTM D4767, ASTM D7181, EN ISO 17892. Lithostek can also configure reporting fields, accessories, and calibration documents around local project or laboratory requirements.

Can Lithostek configure LS-TX300 for my laboratory?

Yes. Lithostek application engineers can review specimen format, target standards, throughput, power supply, data output, and training requirements before quoting a suitable configuration.

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