Dynamic and fatigue testing machines

We offers comprehensive solutions for dynamic and fatigue testing of materials. Their wide range of fully integrated testing systems includes servo-hydraulic, servo-electric and linear actuators with capacities from 500N to 2 MN. These systems are designed to reliably perform high-cycle and low-cycle fatigue tests, crack propagation and growth tests, biaxial and axial-torsional tests and fracture toughness evaluation.

                                                        

We emphasizes intuitive and seamless operation of its testing software, which ensures reliable connection to the corporate network and allows easy expansion with a wide range of accessories. Thanks to this, users can efficiently perform testing in accordance with international standards:

ISO 12106 – Low-cycle fatigue testing of metallic materials under strain control, ASTM E606 – Standard test method for strain-controlled fatigue testing, DIN 50100 – Testing of metallic materials using the Wöhler curve method, ASTM E399 – Determination of fracture toughness using the K_IC method, ASTM E647 – Determination of fatigue crack propagation rate, ASTM E466 – Standard test method for axial fatigue testing, etc..

The products offered include, for example: servo-hydraulic testing machines, axial-torsional servo-hydraulic testing machines, biaxial and triaxial testing machines, or electrodynamic testing machines with testing frequencies up to 200 Hz. Each of these systems is designed with the specific requirements of various industries in mind, ensuring their versatility and high functionality.

Thanks to many years of experience and continuous development, we offers reliable and modern solutions for dynamic and fatigue testing of materials that meet the highest standards of quality and safety.

2023-SESTAVA-EP-1000x700-1
Electromechanical linear dynamic testing machines based on linear motor technology are designed for testing a wide range of materials and components in dynamic and static modes where oil-free and noiseless drive technology is preferred in the plastics, aerospace or medical industries with a maximum test frequency of 200Hz. Max load up to 10 kN.
2022-H.5-serie-00-sestava
Axial dynamic servo hydraulic testing machines in vertical design up to 500kN with servo cylinder in the foundation are designed to perform low and high cycle fatigue tests, fracture toughness, crack propagation, etc. This series of machines is characterized by high frame rigidity and mechanical resistance. The range of a given machine depends on the dynamic stroke and frequency.
2022-H.5-serie-01-sestava-1250-x750
Dynamic hydraulic testing machines in design up to 2500 kN with servo cylinder in the crossbar are designed for low and high cycle fatigue tests, fracture toughness, crack propagation, etc. This series of machines is characterized by high frame rigidity and mechanical resistance. A specific test set is derived from these parameters, which consists of a test frame, a servo-hydraulic cylinder and a hydraulic unit.
Servohydraulic vertical dynamic axial torsion testing machines up to 1000 kN/6000 Nm. are used to perform torsional oscillating or tensile / torsional tests of test samples or whole products in the engineering, pharmaceutical, construction and automotive industries, including academic institutions.
2022-H.11-sestava
Servohydraulic dynamic biaxial testing machines are designed to perform low and high cycle fatigue tests of fracture toughness, crack propagation, etc. This series of machines is characterized by high rigidity of the frame with long life, mechanical resistance and self-absorption of resonances. The wide range of Hydraulic units allows you to dynamically load samples up to Fmax. 250kN and frequency up to 50 Hz.
2022-H.6-SESTAVA
Horizontal dynamic testing machines in tensile design up to 10MN are designed for mechanical testing of high-strength materials in dynamic mode with freely adjustable clamping length of the working space. They are designed for testing construction ropes, high-strength chains, etc. The range of a given machine depends on the dynamic stroke and frequency.
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