We engineer mechanical testing systems to enable advanced material development, product-design validation and manufacturing quality assurance — from nano-scratch and tribology to fatigue rigs and universal load frames up to 2,000 kN.

Analytical instruments for precision surface and material testing and characterization — tribology, indentation and 3D scratch on modular, upgradeable platforms.

Traction test up to 200 N / 3000 N; rotary pin & ball-on-disk; automated XY drive; electrified module; interchangeable drives (SRV, Block-on-Ring, 4-Ball).

Benchtop traction tester up to 100 N with additional interchangeable drives available.

Indentation & 3D scratch on one platform; patented in-line 3D scratch imaging; normal & tangential force; auto profiler correlation.

Closed-loop down-force control; true force & depth sensors; smart nanoindenter head; X/Y/Z motorized tables; optional optical profilometer.
Fast, exact and cost-efficient component and material tests across resonance, servoelectric, servohydraulic and servopneumatic technologies.

High-frequency fatigue testing for components and materials.

For assembly and component tests.

Fast, exact & cost-efficient component and material tests.

For component tests at low load levels.
Test for innovation. Mechanical testing systems for advanced material development, product-design validation and manufacturing quality assurance.

Floor-standing load frame from 100 kN to 600 kN force capacity, with extended-height option.

Dual-column desktop load frame from 10 kN to 50 kN force capacity, with extended-height option.

Single-column desktop load frame up to 5 kN force capacity, with extended-height options.
A tribometer such as the Rtec MFT series measures friction and wear between surfaces. Rtec platforms also support indentation and scratch testing for coating and surface characterization.
Resonance test rigs, servoelectric, servohydraulic and servopneumatic endurance systems, and LE series universal testing machines with load frames up to 2,000 kN.
Material developers, product-design validation teams and manufacturing quality assurance — for example in automotive, electronics and materials research.
From nano-scratch to 2,000 kN fatigue — let's build the right testing solution for your materials.
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