Laser & Survey Solutions
Laser & Survey Solutions

Advancing measurement - with the complete wireless freedom of a FaroArm

FARO‘s portable measuring arms make measuring complex objects easy. This includes alignment, calibration, inspection, reverse engineering and as-built documentation with an accuracy up to 16 microns. Save energy and extend component life with the new auto sleep mode, and enjoy complete wireless freedom thanks to Bluetooth®

FaroArm Platinum:

The FaroArm® Platinum is the preferred portable CMM of quality professionals. With thousands of global customers such as Daimler, Porsche, BMW, Airbus and GM – the FaroArm® Platinum is the most widely used portable CMM in manufacturing today.

It renders traditional CMMs, hand tools and other portable CMMs obsolete. Reduce the time spent gathering the measurements you need. Improve your production, quality, and reverse engineering processes by rapidly verifying or scanning your parts with accuracy.

The FaroArm® Platinum gives you the confidence to know your fixtures and parts are within tolerance, prior to – or even during – assembly.

FAROARM PERFORMANCE SPECIFICATIONS: Platinum
 
1.8m (6ft.)
2.4m (8ft.)
3.0m (10ft.)
3.7m (12ft.)
 
6 Axis
7 Axis
6 Axis
7 Axis
6 Axis
7 Axis
6 Axis
7 Axis
Single Point Articulation Performance Test (Max-Min)/2¹:
±.020mm (±.0008in.)
±.026mm
(±.0010in.)
±.025mm (±.0010in.)
±.030mm
(±.0012in.)
±.043mm
(±.0017in.)
±.052mm
(±.0020in.)
±.061mm
(±.0024in.)
±.073mm
(±.0029in.)
Volumetric Maximum Deviation²:
.029mm
(.0011in.)
.037mm
(.0015in.)
.036mm
(.0014in.)
.043mm
(.0017in.)
.061mm
(.0024in.)
073mm
(.0029in.)
.086mm
(.0034in.)
.103mm
(.0041in.)
Weight:
9.30kg
(20.5lbs.)
9.50kg
(21.0lbs.)
9.50kg
(21.0lbs.)
9.75kg
(21.5lbs.)
9.75kg
(21.5lbs.)
9.98kg
(22lbs.)
9.98kg
(22lbs.)
10.21kg
(22.5lbs.)

FaroArm Test Methods - (Test methods are a subset of those given in the B89.4.22 standard.)

¹ Single Point Articulation Performance Test (Max-Min)/2 (SPAT):
The probe of the FaroArm is placed within a conical socket, and individual points are measured from multiple approach directions. Each individual point measurement is analyzed as a range of deviations in X, Y, Z. This test is a method for determining articulating measurement machine repeatability.

² Volumetric Maximum Deviation
Determined by using traceable length artifacts, which are measured at various locations and orientations throughout the working volume of the FaroArm. This test is a method for determining articulating measurement machine accuracy.

 

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