Technical Education Testing Machines

Bench-top and floor-standing spring testing machines for measuring spring rate, free length, solid length, and fatigue life. Used in mechanical engineering labs to demonstrate elastic behaviour, Hooke's law, and fatigue failure. Available as manual, motorised, and servo-controlled models.

• ✓Compression, tension, and torsion spring testing
• ✓Rate, load at length, and fatigue life measurement
• ✓IS 7906 & ASTM A125 compliant
• ✓Compact bench-top model for classroom use

View full specifications →

Floor-standing torsion testing machine for determining the shear modulus (modulus of rigidity) of metals and polymers. Standard experiment for mechanical engineering and materials science laboratories. Digital torque readout with angle encoder; supports solid and hollow circular specimens.

• ✓Torque range 0 – 2,000 N·m (interchangeable)
• ✓Shear modulus determination per IS / ASTM
• ✓Digital angle measurement (0.01° resolution)
• ✓Auto-plots torque-angle diagrams in software

View full specifications →

Pendulum impact testers for Charpy and Izod notch impact tests on metals and plastics — the most performed experiment in undergraduate materials laboratories. Digital energy readout with optional high-speed data capture. Manual and motorised pendulum models available for 5 J through 750 J energy ranges.

• ✓Charpy (5 J, 25 J, 150 J, 300 J, 750 J) & Izod (5 J, 22 J)
• ✓IS 1598 · ASTM E23 · ISO 148-1 compliant
• ✓Digital dial gauge replaces analogue pointer scale
• ✓Safety guard with interlocked access door

View full specifications →

Tabletop vibration demonstration rigs for mechanical engineering students — covers free, forced, and damped vibration experiments. Systems for single-degree-of-freedom (SDOF), beam vibration, whirling of shafts, and dynamic balancing. Sensors and DAQ included with real-time frequency and amplitude display.

• ✓Free, forced, and damped SDOF experiments
• ✓Whirling of shafts and dynamic balancing rigs
• ✓Real-time FFT spectrum on companion software
• ✓Compliant with ME / Instrumentation lab syllabi

View full specifications →

Precision LVDT displacement sensors for student experiments in displacement measurement, vibration analysis, and machine element instrumentation. Non-contact measurement technology for engineering labs — covers transducer principles, signal conditioning, and DAQ interfacing with real-world data capture.

• ✓AC & DC LVDTs from ±0.5 mm to ±250 mm range
• ✓Sub-micron resolution for precision lab experiments
• ✓Signal conditioner and DAQ interface kits available
• ✓Made in India — India's leading LVDT manufacturer

View full specifications →