Kompass Analyzer determine the material properties, the friction behavior or the layer thicknesses of a wide variety of materials, material pairings or lubricated bearings and guides. They are used to simulate the functional behavior of components or systems and thus to ensure or optimize the function with a long operational life in the application areas:
- Automotive, rail vehicles
- Energy supply, wind power plants
- Plastics industry
- Food, pharmaceuticals
- Petrochemistry (lacquers, paints)
- Building materials industry (curing behavior)
Kompass Material Analyzer are used to determine the properties of materials, such as the adhesion of hard and soft materials to a sample surface, the penetration resistance / compliance of materials or composites, and the viscoelastic properties of materials with low viscosity.
The Adhesion Tackiness Analyzer is a 1D force measurement system for the high-precise, reproducible and temperature-dependent determination of the adhesion and tackiness
properties of lubricants, greases and other viscous or semi-solid fluids.
Kompass Friction Analyzer are used to determine the friction of material pairings with different elasticity or compliance. The aim is to reduce and optimize friction for a high functional reliability and energy efficiency.
The Pin-on-Disc Friction Analyzer is a 2D force measurement system for the high-precise, universal and load-dependent determination of the coefficient of friction, especially of
compliant sample materials such as rubber or elastomers, e.g. in moving seals.
Kompass Thickness Analyzer are used to determine the thickness of very thin coatings, oxide layers or liquid films, especially on metallic surfaces. The ellipsometric measuring method combined with a multi-axis drive system enables automatic measurements to be made.
The Coating-on-Rod Thickness Analyzer is a 3D ellipsometer measurement system for the ultra-precise, fast and standardized determination of coating thickness on round
samples/materials, such as rods or wires.