RPS Metrology EVO 6: new reference point in articulated measurement arms

EVO6

  • RPS Metrology EVO 6 arms are setting the standard for the new generation articulated measurement arms.
    It is a portable articulated arm CMM for fast and accurate 3D inspection, directly on the workshop.
  • EVO 6 arm can be use from anybody and does not require long training.It has no need for calibrations or warm-up time, thanks to its extremely reliable mechanical and electronical design, the automatic temperature compensation and the lightweight structure.
  • EVO 6 is made in carbon fiber, aluminum, titanium and other composite materials.
  • The best of accuracy in portable metrology is represented by the EVO 6 used in tactile probe configuration. The smaller terminal axis and the buttons placed in the right way, allows to reach the parts to inspect with difficult access. The EVO-6 is the best choice for typical inspection of mechanical parts.
  • With its standard quick mount (3 ½ inches) it can be used on portable tripods, magnetic base, or any customized mobile support, offers extreme repeatability even in the worse conditions of dust, humidity and temperature.
  • Portability is the key! EVO arm is a real portable measurement device: it is equipped with wireless (Wi-Fi / Bluetooth) and Li-ion battery pack for 22 hours working time (tactile) and 8 hours with Laser Scanners.
  • RPS Metrology arms are interfaced with the most popular software for 3D Inspection and Reverse Engineering , like Verisurf®, InnovMetric PolyWorks®, 3D Systems Geomagic®.
EVO-6 Measuring range (dia.) E UNI P SIZE L DIAP FORMWeight (Kg)
1.5 - 6 axes1.5m0,0220,0080,0190,0147,0
2.0 - 6 axes2.0m0,0260,0100,0330,0197,2
2.5 - 6 axes2.5m0,0310,0120,0380,0227,5
3.0 - 6 axes3.0m0,0450,0170,0560,0327,9
3.5 - 6 axes3.5m0,0550,0200,0690,0408,1
4.0 - 6 axes4.0m0,0700,0260,0880,0478,3
5.0 - 6 axes5.0m0,0800,0280,1020,0509,7
6.0 - 6 axes6.0m0,1040,0480,1340,07012,0
7.0 - 6 axes7.0m0,1300,0680,1680,09013,2
*We provide accuracy verification certificate according international norms as: ISO10360-12
Tipically the real values obtained from the hardware are 20% better than the specification