|Razor Blade Durability and Sharpness Tester
||A specially developed machine utilising cutting force measurement that gives accurate and realistic sharpness and life determinations for both quality control and R&D purposes. Fully programmable automatic machine.
||Using the same principle as the above machine, this unit can quickly assess the cutting performance sharpness only of all types of razor blades.
|Optical Goniometer and edge inspection unit
||A simple device that integrates with a microscope to allow visual examination and photography of the cutting edges of all types of blade.
|Razor Safety System tester
||A unique device designed to objectively compare the risk of cuts and abrasions to the skin of different razors and shaving systems.
|Laser Goniometer Laboratory Model
||An accurate laser reflection unit designed to measure the sharpened edge angles and edge tip radius condition of single and multi faceted edges of all types razor blades.
|Laser Goniometer Portable Model
||A hand held unit to measure edge cutting geometry of razor blades, Optional modification for mid strip measurement on continuous sharpening machines.
|Electric Razor Durability Tester
||Utilising synthetic hair this device enables the longevity and performance of a electric shaver to be accurately monitored and compared, suitable for QC and R & D
|Razor Instrumentation System
||A bespoke system for monitoring the performance of razors during actual shaving. Options are available to measure the number of strokes, shaving forces, vibration, noise and skin contact time.
|Razor Blade Edge Position and Protrusion Measuring Instrument
||A non- contacting laser powered position measurement system for accurate determination of blade position and edge protrusion within a cartridge or moulded assembly.
|Mechanical Wet or Dry Shaving Test System
||Based on a CATRA invented simulated facial surface (SIMFAC) with hair and follicular depressions, we have developed a device to objectively measure the closeness, forces, vibration, noise and to photographically examine both statically and dynamically the of shaving process and resultant shave surface.