All Development Component Functional Endurance HiL EoL

Overview of all TMX test stand solutions

Drawing of a climate chamber with 6 devices under test (rotor position sensors)

Temperature test stand for rotor position sensors

Device under test: rotor position sensors
Test task: temperature influence at high speeds with simulated fault patterns
Type: component test stand
Industry: automotive

Test stands for analyzing temperature effects on rotor position sensors from -40 °C to +180 °C and at speeds up to 30,000 rpm. With fault pattern simulation, real-time evaluation and automatic reports.

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Endurance test stand for rotor position sensors

Device under test: rotor position sensors
Test task: service life testing with environmental simulation
Type: endurance test stand, component test stand
Industry: automotive

Efficient endurance testing of rotor position sensors at up to 24,000 rpm and -40 °C to +180 °C. Parallel tests, real-time evaluation and automatic reports.

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Truck and car transmission test stand

Device under test: vehicle transmissions (manual, automatic, dual-clutch)
Test task: performance, efficiency, durability, noise
Type: development test stand, endurance test stand, component test stand
Industry: automotive

Flexibly configurable test stands for performance, efficiency, noise, temperature and endurance under realistic conditions, with high-torque load machines and structure-borne noise analysis.

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Gear shift force test stand

Device under test: car manual transmission
Test task: measurement of shift force during gear changes
Type: development test stand, component test stand, quality assurance
Industry: automotive

Compact laboratory test stand for measuring shift forces, with automated gear cycling, a sensor free of lateral forces and real-time evaluation as an XY diagram.

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Tire HSU test stand

Device under test: passenger car tires
Test task: high-speed uniformity testing
Type: development test stand, quality assurance
Industry: automotive

The TMX tire HSU test stand analyzes the high-speed uniformity of vehicle tires. Precise measurement technology and automated sequences deliver reliable data on runout, imbalance and other critical parameters.

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Tire centrifugal contour test stand

Device under test: passenger car tires
Test task: analysis of tire contour under centrifugal force
Type: development test stand, quality assurance
Industry: automotive

The TMX centrifugal contour test stand analyzes the deformation of vehicle tires at high speed. A laser scanner, a high-speed drive and an intelligent scanning process capture changes in tire shape under centrifugal force.

Learn more Tire centrifugal contour test stand

Tire spring characteristic test stand

Device under test: passenger car tires
Test task: measurement of spring characteristics
Type: development test stand, quality assurance
Industry: automotive

The TMX spring characteristic test stand measures the spring and damping properties of vehicle tires precisely and automatically, for sound conclusions on ride comfort, safety and wear.

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Wheel endurance test stand

Device under test: motorcycle or passenger car wheels (aluminum, steel, carbon)
Test task: fatigue strength testing
Type: endurance test stand
Industry: automotive

The TMX wheel endurance test stand simulates highly dynamic load scenarios on motorcycle and car wheels reliably and to standard, up to failure or a defined number of cycles.

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Tire endurance test stand

Device under test: passenger car tires
Test task: service life testing of vehicle tires
Type: endurance test stand
Industry: automotive

This test stand tests the durability and material quality of car tires under controlled overload, temperature and speed, for valid conclusions on service life and load limits.

Learn more Tire endurance test stand

Wind turbine gearbox test stand

Device under test: yaw gearbox of a wind turbine
Test task: full test after overhaul
Type: endurance test stand, component test stand
Industry: wind energy

The TMX test stand for wind turbine yaw gearboxes is an efficient, flexible solution for demanding endurance tests under realistic operating conditions.

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Rail gearbox test stand

Device under test: rail gearbox from a traction drive
Test task: full test after overhaul
Type: functional test stand, component test stand
Industry: rail vehicles

Built for overhauled rail gearboxes, this test stand adapts to different units. A measurement system captures vibration, acceleration and further parameters for detailed analysis.

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Rotor position sensor test stand for fault pattern analysis

Device under test: rotor position sensors for electric motors
Test task: influence analysis of various fault patterns
Type: development test stand
Industry: e-mobility

Test stands for rotor position sensors in every scenario: high-precision analysis of eccentricity, tilt and axial offset, speeds up to 24,000 rpm, service life testing.

Learn more Rotor position sensor test stand for fault pattern analysis

Wheel loader end-of-line test stand

Device under test: small and mid-sized wheel loaders
Test task: end-of-line functional test before delivery
Type: EoL test stand
Industry: construction and agricultural machinery

Checks every function of the wheel loader, including hydraulics, electrics, brakes and safety systems, so each machine leaves the plant to specification.

Learn more Wheel loader end-of-line test stand

Drawing of a test stand for electric window lifters with climate chamber

Endurance test stand for electric window lifters

Device under test: DC motor for electric window lifters
Test task: service life simulation in a climate chamber
Type: endurance test stand, HiL test stand
Industry: automotive

Six motors run in parallel under realistic loads. A climate chamber cycles between -40 °C and 100 °C while a controllable brake and precise torque control reproduce real-world stress.

Learn more Endurance test stand for electric window lifters

TEST STAND SOLUTIONS