A comprehensive range of sputtering materials and sizes available
Micro machined components in strategic materials such as molybdenum, tantalum, titanium and niobium
Garnet crystals and substrates for epitaxy
We supply high purity evaporation materials for vacuum vaporation in a variety of shapes and sizes.
Indium and gallium antimonide. The InSb detectors are sensitive between 1 µm to 5µm wavelengths.
Czochralski (Cz) and float zone (Fz) for a large range of semiconductor applications
Scratch, indentation and wear testing all on one tool at nano and micro load ranges
3D non-contact profilometers for collecting and analysing sample height data
Robust, modular, and powerful pin on disc tribometers
Non-contact technology measuring real time strength and direction of electrical currents
Reproducing the wear interaction between a surface and the human finger
Measurement of surface tension between liquids and solids
Determining thin film properties by change in polarisation of light
Measuring thin film properties by reflection
Tribology testing in ambient or tailored environments
Real life testing of finished products in respect of resistance to hand abrasion
Scratch & indentation for hardness, elastic modulus, adhesion, cohesion plus more
Gain a deeper understanding of your materials
Measure surface roughness, form, profile, finish plus more
Low damage plasma enhanced chemical vapour deposition
Low damage etching and nano structuring
Deposition of layers in the nanometer scale
Deposition of coatings by the vacuum evaporation technique
Deposition of coatings by the sputtering technique
The dispersion, mixing, pulverization or emulsification of materials
Scintillator materials grown in crystal form
Scintillator material in organic form
Materials for the measurement of radiation dose
Sapphire in sheet, tube, rod and component form
LiF, Quartz or SiO2, InSb, Si, Ge, PET, ADP, Beryl, TlAP, RbAP, KAP and CsAP
Bespoke leak testing systems for small or large parts
High performance laser optics from Alpine Research Optics
Powerful, easy to use and cost effective AI based image recognition
A comprehensive solution for laboratories using several types of microscope and profilometer
Benchmark technology for 2D and 3D surface texture analysis and metrology, seamlessly integrates with profilometers and other surface measuring equipment
Conductive coating on one side to prevent EMI/RFI
Plastic optical filter with broadband AR coating on both sides
Privacy Glass & Light Control Film
The TRIBOTOUCH hand abrasion tester is designed to perform real life testing of finished products or lab samples in respect of resistance to hand abrasion. The TRIBOTOUCH is set-up to exactly reproduce the complex chemomechanical system of human hand abrasion according to international standards. The flexible design of the TRIBOTOUCH allows various mechanical and chemical options.
The state of the art design of the TRIBOTOUCH produces highly reproducible results. The motion of the piston (artificial finger) is electronically controlled to ensure repeatability. The selected components of the TRIBOTOUCH guarantee high reliability by low maintenance.
Tribotron of Switzerland specialise in innovative methods for surface and material testing. They operate a testing and demonstration lab in St.Gallen.
When humans touch a surface they expect a feedback. Our fingers are not sensitive in regards of pressure, however they are very sensitive for shear and friction. Therefore, when we need feedback from a surface we always perform a sliding motion by touching a surface.
The TRIBOTOUCH exactly reproduces the act of a human touch on the surface. The piston moves with an 45° angle and normed speed onto the surface. After touching the surface the piston slides a predefined distance along the surface.
The human hand consists of a visco elastic material containing a rough and structured surface. The visco-elasticity of the finger is reproduced by a silicone material, the structure of the skin is simulated by a normed cotton textile. In addition, sweat or hand cream can be added to create a severe chemical environment.
Standard fabric | Simulation of human skin acc.
ISO 12947-1/IEC 68-2-70 |
Dirt affinity |
Simulation of soiling of materials. Cotton soiled with carbon back/oil (IEC). |
Abrasion of leather |
Simulation of rub resistance of leather.
Standard wool felt. |
Abrasion Pads | Simulation of high-abrasive mechanical wear. |
Abrasion Pad Scotch test | Simulation of abrasion with scotch pads. |
Artificial Sweat | Artificial Sweat according to DIN ISO 9022-12. |
Hand cream / Sun lotion | Hand cream and Sun lotion according to customer specification.
More options on request. |
Transport & Mobility | Road vehicles
Aviation Rail vehicles Shipping Construction vehicles |
Entertainment & Communication | Telephones
Music systems Control panels Touchscreens Keyboards/Mouse |
Medicine & Pharma | Labels
Packaging Housing Control panels Syringes & ampoules |
White Goods & Household Appliances | Washing machines
Dryer Vacuum cleaner Hairdryer Food processors |
Security | Banknotes
Credit cards Safety elements Loyalty cards Terminals |
Watches & Jewellery | Watch straps
Finger rings Fitness trackers Necklaces |
Bath & Sanitary | Actuating plates
Fittings Handles |
Electrical Industry | Light switch
Socket Cover frame Intercom systems Components |
Normal Load | 1, 5, 10N (30N optional) |
Frication Path | 1-40mm |
Number of Cycles | 1-100 million |
Fluid Feed | Cyclic |
Fabric Feed | Cyclic |
Power Supply | 110V/230V |
Weight | 95kg |
International Norm | IEC 60068-2-70 |
European Norm | EN 60068-2-70 |
Resources related to this product.
Other products in the Testing & Analysis range
We’re here and ready to provide information and answers to your questions
©Mi-Net 2023. All Rights Reserved.
Website by Fifteen.co.uk