Mahr Federal's MarSurf UD 130

Mahr Federal has introduced a new "entry level" surface finish and contour measuring system that can generate both surface and contour measurements in a single pass. The MarSurf® UD 130 replaces the MarSurf UD 120 and offers improved features, including nanometer range measurements, high measuring and positioning speeds, a biomimetic probe design with improved rigidity and higher dynamics, and automatic probe arm recognition.

With measuring speeds up to 5 mm/second, the UD 130 is not quite as fast as its LD 130 cousin, but is still faster than any competitive model. Likewise, its traveling length of 130 mm, Z- axis measuring range of up to 20 mm, and resolution of 2 nm, exceed specifications for any competitor. Similarly, the UD 130 utilizes an interferometric probe system that provides better technical data than the inductive probe systems of competitive systems. Probe movement is registered by photo diodes and evaluated electronically. This innovative measuring method allows the system to achieve a very high resolution over a large range.

Probe arms are built using a bridge-truss design, which ensures maximum rigidity, reduced vibration and higher dynamics. Different probe tip geometries are available for different measuring tasks. Diamond tips with 2 µm and 5 µm radii can be used for roughness measurements, and ruby balls or carbide tips with 25 µm radii for contour measurements.

The magnetic mounting system allows probes to be changed by hand in seconds, and provides protection in the event of system collision. A ball stop assembly assures a repeatable probe mounting position, and an embedded electronic chip in the probe arm ensures reliable recognition. Plus, calibration data is saved, so probe changes do not require additional calibration.

The MarSurf UD 130 comes with Mahr's XCR 20 CNC software package for automatic measurement operation. Built on Mahr's modular MarWin platform, it provides extensive surface and contour measurement and evaluation capability, including functions such as line form evaluation, nominal/actual comparison, and the creation of auxiliary reference points. An intuitive, icon-based interface makes the software efficient and easy to use. Both the drive unit and measuring stand axes of the UD 130 can be controlled either by joystick or automated measuring programs. In combination with additional linear and rotary axes integrated with MarWin, fully automated part measurement is easily performed.

For more information visit www.mahr.com