Static Materials Testing Machines

The first choice for tensile, compression and flexure tests, and for shear and torsion tests. Our static materials testing machines are ideal for standard tests as well as complex tasks in the areas of materials and components testing.

• Universal testing machines (UTM) for static applications are specially designed for tensile tests, compression tests, flexure tests and shear tests. They are ideal for standard tests, but also for complex test tasks in the field of materials and components testing. They provide a flexible solution for tests on a wide variety of materials and components for applications in any industry. Whether it be for low test forces or large loads, quality control or research projects, universal testers provide excellent reproducibility of test results.

• High capacity testing machines up to 5,000 kN, commonly used for metals testing. One specific area of application is testing steel for reinforcement or prestressing of concrete. High test loads are also often required for tests on screws and nuts.

• High-temperature testing systems offer standard solutions in a temperature range of -80°C up to +1,600°C and customized testing solutions up to +2,000°C.

• Time and creep test machines cover the complete range of creep testing applications up to 10,000 hours. The robust design of these testing machines supports creep testing up to a force of 250 kN, and is available with a central lead screw or double lead screw.

• ZwickRoell torsion testing equipment covers a wide range of torsion tests and can be adapted to your specific applications. Starting with a single-axis torsion testing machine, with maintenance-free AC servo drive and torque range from 20 - 500 Nm or 1,000 - 2,000 Nm. UTM equipped with a 2 - 2,000 Nm to torsion drive for test loads up to 250 kN.

• Biaxial and Triaxial Testing Machines for static torsion testing with torsion drives from 2 Nm to 2,000 Nm for torsion tests on materials or components. Biaxial Tensile Test (Cruciform Test) used to determine the deformation properties of the material.

• Testing machines for sheet metal forming (BUP) are used to determine and evaluate characteristic values of the ductility of sheet metals.