Surphaser® 410 Overview

Known for its unsurpassed accuracy and scan quality, the Surphaser 410 is ideal for any application where longer range, high accuracy and low noise are needed, including reverse engineering, large article dimensional control, BIM, historical preservation, architecture and forensics. Small and portable, the Surphaser 410 weighs only 12 lbs and features scanning speeds up to 832,000 points per second and scan ranges from 0.4 m to 110 m. Robust construction and small size make it easy to set up and move, while fitting into a carry-on size case.
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  • Recommended Work Range: HQ = 1 – 140m, HS = 1 - 250m, HP = 1 – 110m
  • Weight: 24 Lbs
  • Dimensions: 381 x 218 x 121mm, 15 x 8.6 4.75”
  • Measurements: 208,000 – 1 million per second
  • Ambiguity Range: HQ = 180, HS = 360, HP = 180
  • Ambiguity Uncertainty: 25 arc sec
  • Range Noise @ 90% Reflectivity: HQ = .07 mm@ 1-30m, HS = .1 mm @ 1-30m, HP = .2 @ 1-30m
  • Range Noise @ 10% Reflectivity: HQ = .15 mm@ 1-15m, HS = .2 mm @ 1-15m, HP = .4 mm @ 1-15m
  • Range Uncertainty: HQ < .7 mm@ 15m, HS < .9 mm @ 15m, HP < .9 mm @ 15m
  • Power/Control: 110 AC power, PC hookup, battery & wireless remote control
  • Light Source: Phase shift 1550 nm Laser Class 1
  • Color Option: Optional
  • 3D hemispherical scanner with sub-millimeter accuracy and practical work range up to 250 m
  • Weighs in at 5.8 kg (12 lb) with battery, compact and easily portable
  • Class 1 laser, wavelength 1550 nm
  • Built-in scan controller and battery
  • Two fully integrated 5 megapixel cameras; software for automatic color data mapping is included
  • WiFi connectivity
  • Designed to operate in industrial and outdoors
  • Environments, can be operated in direct sunlight
  • Automatic target extraction and target-based scan registration
  • Rapid Preview Scan and on-screen areas of interest selection for high density scans
  • Software allows export of clean and accurate data sets into PolyWorks®, Geomagic®, Cyclone®, RealWorks® and other applications for processing
  • Extensive set of filters to isolate areas of interest and eliminate unreliable data