Faro Vantage Laser Trackers

Description

Faro Vantage Laser Trackers

Faro Vantage Laser Trackers the most complete laser tracking solution. It is an extremely accurate, portable coordinate measuring machine that enables you to build products, optimize processes, and deliver solutions by measuring quickly, simply and precisely. Replacing conventional tools such as piano wire, plumb bobs, layout machines, large-volume fixed CMMs, theodolites, optical transits, and total stations, the Vantage is a more accurate and reliable portable 3D measurement tool that allows you to streamline your processes and be confident in your measurement results.

Reduce inspection cycle times by 50% to 75%:

Faster, easier target location with ActiveSeek and RemoteControls
Faster, easier setup – no cabling or external control unit
With a dynamic measurement output of 1,000 points per second, Vantage Laser Trackers are ideally suited for automated applications

Exceptional portability:

Easy transport and setup
No external control unit
Battery operation capability enhances portability

Realize a quick return on investment:

Reduce rework, scrap, and downtime
Increase efficiencies in measurement and production times

Working Range

Maximum With Select Targets: 80m (262.5 ft)
Maximum with 1.5in & 7/8in SMRs: 60m (196.9ft)
Maximum with 1/2in SMRs: 30m (98.4ft)
Minimum: 0m (0ft)

Rotational Envelope

Horizontal: 360° – Infinite rotation
Vertical: 130° (+77.9° to -52.1°) – Infinite rotation

Data Output Rate

Measurement Points per Second: 1,000

Distance Measurement Performance

Resolution: 0.5μm (0.00002in)
Accuracy (MPE): 16μm + 0.8μm/m (0.00063in + 0.0000096in/ft)
Max Radial Acceleration: 30m/sec2 (82.0ft/sec2)
Max Radial Velocity: > 25m/sec (98.4ft/sec)

Angle Measurement Performance

Angular Accuracy (MPE): 20μm + 5μm/m (0.00079in + 0.00006in/ft)
Precision Level Accuracy: ± 2 arcseconds

Fast Data Acquisition

With a data output rate of 1,000 points per second, the Vantage Laser Trackers provide feedback for high-speed motion control and high-density scanning, making them ideal for automated applications.