Servohydraulic High Speed Test Systems

Mechanical behaviour at high strain rates differs considerably from that observed at quasi-static or intermediate strain rates,
and many engineering applications require characterization of mechanical behaviour under dynamic conditions.

Fracture Mechanical Testing Systems

This test system is designed to determine fracture toughness (K1C), crack tip opening displacement (CTOD) and J fracture toughness values of metallic materials.

Fatigue Concrete Testing

We are producing specialized fatigue rated test system for static to dynamic testing of concrete and other cementbased materials.

High Temperature Materials Testing

w+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 / Inertgas

Innovative 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 SSRT

We 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 Systems

w+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.

Outdoor Testing Stands

w+b supplies customized Outdoor Test Stands for materials, components or full-scale testing for the Aircraft, Automotive, Marine and other industries.

Testing Systems for Beamlines

w+b has a solid track record of experience in designing and implementing combined testing systems at radiation facilities and research centres.

Servohydraulic ISO 14242 Hip Simulator for Wear Testing of Hip Implants

This ISO hip joint simulator is designed for in vitro wear testing of acetabular cups against ceramic femoral heads of hip implants in fluid environment. The simulator can be used in combination with Axial-Torsional Testing Machines.

Testing of Slings, Straps, Belts, Chains and its End-Fittings

Products 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 System

Road 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.

Wheel Rim Testing Machine 200 kN

We are producing specialized test systems for static to dynamic testing of Tires & Wheels and its parts as Rim, Wheel Disc or Hub.

Axial-Torsional Test System to test Rotating Swivel Eye Bolts

Lifting Bolts / Eye Bolts / Lifting & Lashing Points / Bolt-on Load Rings / Tensile Eyebolts

 

Thermo Mechanical Fatigue (TMF) Systems

Thermomechanical Fatigue is a major cause of component failure in industrial machinery and structures exposed to temperature conditions and mechanical loads that change of over time. TMF affects a range of components, including aircraft and ship engines, components used in gas turbines for power generation and compressors for gas and oil pipelines or train wheels and brakes.

Low-Cylce Test for Fatigue (LCF) and Thermo-Mechanical Fatigue (TMF) Testing

Low Cycle Fatigue (LCF) testing provides important information for the design of industrial products in particular for the aerospace, automotive and power generation industries.

10 MN Large-Scale Bending & Compression Testing Machine

This high-force, large-scale test system is designed for static to cyclic testing of components with a maximum span width of 17 m and maximum load up to 10 MN.

Testing of assembled Landing Gears, Dampers and Actuators

The undercarriage or landing gear is the structure that supports an aircraft on the ground and allows it to taxi, takeoff and land.

Fatigue Rated Leaf Spring Test System

Leaf springs are one of many types of springs found in vehicles suspension systems. These springs are produced with a variety of shapes, leaf numbers and capacities in order the wheels stay on the ground going over dumps and.

Propshaft - Driveshaft Centre Support Bearing Testing

The driveshaft, also known as propeller-shaft, tail shaft or Cardan-shaft is a component of vehicle’s drive system, and its purpose is to transfer torque from engine to the rear wheels.

Raised access floors testing according to EN 12825

This standard specifies the characteristics and performance requirements of raised access floors for which the main intended use is the internal fitting out of buildings, providing full access to the services to the plenum.

Swivelling Universal Load Frame Series BT

Suitable for static and dynamic testing of components and structures.

Testing of Geosynthetics, Geotextiles & Geogrid

We are offering taylor-made test systems for tensile tests on Geosynthetics, geotextile specimens including woven fabrics, nonwoven fabrics, layered-fabrics, knit fabrics, and felts that are used for geotextile application according to ISO 10319, ISO 12236, ASTM D6241 and other international standards. We are offering solutions for testing at low, ambient and elevated temperatures.

Microtensile Testing Machines for Static and Dynamic Testing of Micro-Sized Specimens

The accelerating pace of technological miniaturization is going on. We are providing Test Systems tailored to test such miniscule dimensioned samples in Static or Dynamic / Fatigue Mode. Test Systems are available for ambient, low and/or high temperature testing. The system is designed in a way that the load frame can be turned from horizontal to vertical depending on whichever working direction is more suitable for the specific sample and test to be conducted.

Compression Tests on Dimensionally Stable Packagings like Boxes, Barrels, Cartes a.s.o.

Servohydraulic compression testing machine with extra large compression platens and extra high testing chamber for testing of packagings with large dimensions.

Connecting Rod (con rod) Testing

We provide fatigue rated test system for testing of connecting rods under real, operational conditions.

Servohydraulic Dynamic Low Force Testing System Type LFV 5 kN

Ankle-Foot Wear Simulator for Lower Limb Prosthetics Testing according to ISO 22675 and ISO 10328.

High Torque Fatigue Testing System for testing of Flexible Rubber Couplings

Walter+Bai AG Testing Machines supplies High- Torque static and dynamic Torsion Testing Machines to determine the mechanical properties, testing of full-size parts as shafts, axles, twist drills couplings, clutches or drive line compo¬nents for the Oil,- and Gas Industry, Steam & Diesel Engines, Gas Turbines, for Wind Turbines, Shipbuilding / Marine Industry or for calibra¬tion purpose of torque transducers.

Bending Fatigue Testing Machine for Tubes

Bending Fatigue results in the outer surface being subjected to alternating tensile and compressive stresses.
We are producing bending fatigue testing systems, including cantilever plane-bending fatigue testing machines for testing of tubes that deliver the fuel from the high-pressure pump to the combustion burner systems, testing of common rail high-pressure fuel injection lines, high-pressure fuel tubes for gasoline direct injection engine, oil & water tubes for turbo charger or flexural fatigue testing of any other pipes.