Bush Test System
The Bush test system is engineered to deliver exceptional accuracy, durability, and repeatability in testing automotive, suspension, rubber, polymer, and metal bushes under dynamic and real-world load conditions. Featuring a high-stiffness, precision-aligned frame, this bush testing machine offers a force capacity range of ±5 kN to ±250 kN.
CV Joint Test System
The CV Joint Test System is an advanced, high-capacity testing solution built to evaluate the durability, performance, and reliability of constant velocity (CV) joints used in automotive driveline systems. Designed for real-world torque and angular articulation testing, this system reproduces both dynamic loads and steering articulation to simulate realistic road stress environments.
Ball Joint Test Rig
The Ball Joint Durability Test Rig is a specialized, high-performance testing platform engineered for evaluating the fatigue life, durability, and functional behavior of automotive ball joints under real-world conditions. Designed to support SAE J193 test standards, the rig simulates axial and radial loads experienced during actual driving cycles. components.
Tyre Test System
The Tyre test system is an advanced indoor testing solution engineered to simulate real-world driving conditions for evaluating tyre performance, durability, and rolling resistance. Designed with a high-stiffness load frame, servo-controlled actuators, and an indoor test track configuration, this system delivers highly accurate, repeatable results for laboratory tyre testing. Offering a dynamic load capacity of up to 100 kN and test speeds exceeding 250 km/h, the tyre test machine ensures precise control over critical test parameters