Electromechanical Universal Testing Machines See more products

Electromechanical universal testing machines deliver precise, stable loading through a high-performance motor-driven crosshead. Unlike hydraulic systems, they offer clean, quiet, and maintenance-free operation, eliminating the risk of oil leaks, reducing downtime, and ensuring a consistently controlled testing environment.

Servo-Hydraulic Universal Testing Machines

Servo-hydraulic universal testing machines apply force through a hydraulically driven actuator and are available in both single-test-space (lower space) and dual-test-space configurations. Depending on the application, the system can be equipped with hydraulic wedge grips or hydraulic side-action grips to ensure secure, high-stability specimen clamping.

Pendulum Impact Testing Machines See more products

Pendulum impact testing machines measure the energy absorbed by a material under impact loading, providing a direct evaluation of its impact strength and toughness. Understanding a material’s energy-absorption characteristics is essential for predicting how much plastic or permanent deformation it can tolerate before failure.

Drop Weight Impact Testing Machines See more products

A drop weight impact tester evaluates the impact strength and fracture behavior of materials by releasing a defined weight from a specific height to deliver a controlled impact energy and velocity onto the material. It is widely used to determine the energy required to cause cracking, penetration, or complete failure of plastics, composites, and metallic materials.

Dynamic Fatigue Testing Machines See more products

Dynamic fatigue testing machines are designed to perform repeated cyclic loading on materials and components. Unlike universal testing machines which apply quasi-static loads to determine yield strength, tensile strength, and ultimate failure, fatigue testing systems typically load materials within the elastic range until failure occurs due to accumulated fatigue damage.

Plastics & Plastic Pipe Testing Machines See more products

Used to evaluate long-term failure time under constant internal pressure and temperature, or the instantaneous burst pressure, of thermoplastic and composite pipes such as PP-R, PP-B, PP-A, PE, PE-X, PVC, PVC-U, PVC-C, and aluminum-plastic multilayer pipes.

Creep & Stress Rupture Testing Machines

High-temperature creep and stress rupture testing machines are designed to measure the creep behavior and long-term rupture strength of metallic materials under constant tensile load and elevated temperatures. Creep testing machines are available in two configurations: Lever (mechanical) systems and electronic systems

Automated Testing Systems See more products

WANCE robotic automated testing solutions are engineered to increase laboratory throughput, enhance test repeatability, and elevate operator safety. By automating repetitive operations including specimen handling, dimensional measurement, alignment, loading, and test execution, laboratories can reallocate skilled personnel to higher-value analytical and engineering work.

Compression Testing Machines

A compression testing machine refers to a testing frame dedicated solely to compressive testing. It is primarily used for determining the compressive strength, elastic modulus, and Poisson’s ratio of construction materials such as concrete, cement, masonry blocks, and rock specimens.

Bend Testing Machines (Flexural Testing)

Supports thin metal sheets (<4 mm), especially automotive-grade sheet materials requiring precise 180° bending performance evaluation. Fully compliant with the VDA 238-100 flexural testing standard defined by the German Automotive Industry Association.

Torsion Testing Machines

Torsion testing machines are typically categorized into material torsion testers and wire torsion testers, supporting a wide range of specimen from metallic bars and tubes to wires and composite materials. These instruments are widely used in metallurgy, aerospace, quality inspection, and research laboratories for determining torsional performance, structural reliability, and material deformation behavior under rotational loading.

We also provide a variety of accessories for all types of mechanical testing equipment.