Testing Solutions«Specific testing tasks demand appropriate testing equipment!»
This is our motto. Therefore, besides our standard range of testing machines, we have developed hundreds of customized testing machines for static and dynamic material and component testing.
High Temperature Materials Testingw+b supplies a wide range of thermal products for typical applications include tension, compression, bending, fracture mechanics and other tests for materials including alloys, composites, ceramics or finished goods and components as body and engine mounts, tire cords, shock absorbers, isolators or laminates.
High Temperature Testing under Vacuum / InertgasInnovative materials are in demand in many sectors of industries and technology.
In the field of Aircraft and Aerospace, Energy, Defence and others new high temperature materials and high-performance materials
are of utmost importance to increase efficiency and to extend the life time of turbines, reactors and many other components.
Slow Strain Rate Testing Machines Series SSRTWe are offering Testing Machines for Slow Strain Rate Testing (SSRT), Constant Extension Rate Testing (CERT) Corrosion Fatigue Testing (CF), Ripple Slow Strain Rate Testing (RSSRT) also known as Cyclic Slow Strain Rate test (CSSRT), and other testing machines to suit your specific requirements.
Tests involves testing of tensile and other specimens at very low strain rates.
We have developed test systems that offers extreme high mechanical and electronic resolution with backlash-free electromechanical drive combined with rigid load frame design.
Corrosion Testing Systemsw+b possesses significant know-how in the systems for corrosion-resistance studies of materials and can offer suitable solutions to simulate corrosion including Sulphide Stress Corrosion Cracking (SSCC), Chloride Stress Corrosion Tests, Controlled-Corrosion Tests, Simulation of Salt environment and others.
Servohydraulic ISO Hip SimulatorThe current ISO hip joint simulator was specifically designed for in vitro wear testing of acetabular cups against ceramic femoral heads of hip implants in fluid environment. The simulator unit allows the simultaneous independent three angular motions: flexion/extension, abduction/adduction, and internal/external rotation, with the periodic application of axial load on an implant according to ISO 14242 standard. All angular displacements are executed with high precision that is enabled by the implementation of rotary encoders. The fluid test medium fills a flexible bag surrounding an implant, and is in constant circulation under controlled temperature.
Testing of Slings, Straps, Belts, Chains and its End-FittingsProducts for lifting of heavy parts, to secure your freight for the road-borne, rail-born, water-borne, or airborne transport or products that ensure safe working in heights needs to meet the highest quality standard. Testing of such products is fundamental to ensure safety.
Three-Direktional Crash Element Calibration SystemRoad traffic accidents kill more than one million people a year, injuring another thirty-eight million (5 million of them seriously). The death toll
on the world's roadways renders driving the number one cause of death and injury for young people aged 15 to 44. With the introduction of
airbags and crash-testing, the number of people killed and injured by motor vehicles has decreased in many countries.