The Precimar PLM 600-2 was developed to measure testing devices and suitable workpieces from different areas of production in a user-friendly manner, quickly, realiably and with the smallest uncertainty possible.
The Precimar PLM 600-2 includes a 5-axis object support table with sensitive adjustment and 25 kg loading capacity, a state-of-the-art PC-based multiple-axis machine control system with PC workstation, as well as the 828 WIN 'Free Measurement' basic software. Every machine receives a Mahr calibration certificate.
Application
Operation is simplified through position-controlled driving of the measuring slide (by joystick) with progressive deflection characteristic, automatic contact detection, automatic recognition of outside and inside measurements, and computer-aided detection of reversing points.
Immense savings in time through high measuring slide travel speeds and motor-driven vertical movement of the support table (optional) and an optimized software.
Almost unlimited application flexibility due to the software supported possibility to measure the testing devices which are most often used in practice and more.
State-of-the-art machine control, data recording, processing, logging and transfer using powerful, menu-driven software.
Minimum measuring uncertainty due to the use of aerostatic bearings for all slides supported by the machine bed; electronic regulation of measuring forces and automatic contacting. These factors allow subjective influences to be minimized and unintentional collisions with the testpiece prevented.
Very high measuring certainty due to single-step measuring value generation, exact compliance to the Abbé comparator pinciple, high-grade incremental path control system. Correction of systematic deviations and reduction of random deviations all result in a measuring uncertainty MPEEfrom (0.085 +L/1500) µm (L in mm). (At 20.0 °C in inspection room, class 1 VDI/VDE 2627)
Compensation of thermally induced dimensional deviations can be easily switched on and off by a software click.
close
