210 2231624
210 2231624
The German company Mahr Group, from 1861 to the present day, headquartered in Esslingen, Germany, is synonymous with precision and reliability in the field of metrology. It has established itself worldwide as a specialist in the development and manufacture of mechanical measuring instruments, from calipers, micrometers, portable surface roughness testers and up to fully automated stations for form, contour, and shaft measurement. Mahr’s deep expertise, especially in surface measurements (MarSurf) and cylindricity (MarForm), makes it a leading choice for industries that do not accept compromises in quality. By providing robust solutions both for the metrology laboratory and for the harsh production environment, Mahr ensures process control and compliance with the strictest specifications.
Our company, ΤΡΙΑΝΤΑΦΥΛΛΟΥ Κ ΣΙΑ Ε.Ε., is the official representative of Mahr in Greece and we can support the entire range of its catalog, which includes more than 10,000 different product codes.

Technical Specifications MarSurf PS 10: Type: Portable surface roughness measuring instrument. Parameters: Ra, Rz, Rq, Rmr (compatible with ISO...
View full detailsRoughness testers measure surface texture by tracing a stylus over the workpiece and capturing the profile to calculate parameters such as Ra, Rz and Rt. They are used to verify machining quality and confirm drawing specifications on metal and non-metal parts.
Available in portable and bench models, with different traverse lengths, stylus tip radii, cut-off filters, and memory/data output for reporting. Options include clear displays, printable results and calibration standards, from Insize & Mahr.
Ideal for machine shops, toolmaking and QC labs; choose based on required range, accuracy and ISO/JIS compliance.
The roughness testers are electronic precision instruments used to measure and quantify the surface roughness of a material after machining. They operate by detecting the micro-peaks and valleys of the surface via a fine diamond stylus, converting the physical movement into digital data.