Hemispherical 3D Scanners Surphaser^®

High scanning speed combined with high accuracy and scan data quality
3D scanning technology for ranges from 0.25 m up to 250 m
Ultra-low noise – sub-millimeter accuracy for all models
Light and portable – fits in optional carry-on case approved for cabin luggage for most domestic airlines
Robust, dust- and splash-resistant design allows Surphaser to operate in industrial and outdoor environments
Automatic target extraction and target-based scan registration

Export of clean and accurate datasets into many 3rd party point cloud processing applications (Polyworks, RealWorks Survey, Leica Cyclone, Geomagic, etc.)
Built-in PC and snap-on (100HSX) or integrated (75 and 400) battery allow operation without a laptop and main power
Optional camera system with 60 megapixel equivalent color image for models 100HSX, standard integrated camera for models 75, 400
Automatic color image mapping to point cloud

Surphaser^® Configuration Options:

Configuration	75USR 208,000pps Class 3R	100SR 208,000pps Class 3R	100IR 208,000pps Class 3R	400 HQ⁴ 208,000pps Class 1	400 HP⁴ 832,000pps Class 1
Recommended Work Range (m)	0.25-2.5	1-7	1-35	1-140	1-110
Ambiguity Range (m)	90	90	90	180	180
Angular Uncertainty^1,3, arc sec	25	15	15	25	25
Range Noise^1,2, mm, 90% reflectivity	0.025@ 0.3-2m	0.024@ 4m	0.07@ 10m	0.07mm@ 1m-30m	0.2mm@ 1m-30m
Range Noise^1,2, mm, 10% reflectivity	0.07@ 0.5m-1.8m	0.088@ 4m	0.41@ 10m	0.15mm@ 1m-15m	0.4mm@ 1m-15m
Range Uncertainty³, mm	<0.15@ 1.5m	<0.3@ 3m	<0.35@ 5m	<0.7@ 15m	<0.9@ 15m

Download Brochure & Spec Sheet for Surphaser 75USR

Download Brochure & Spec Sheet for Surphaser SR_100 and IR_100

Download Brochure & Spec Sheet for Surphaser 400

¹All Noise and uncertainty figures are for 1 sigma level
² Range Noise -- local (short term) range variation, 1 sigma, 90% Lambertian surface
³ Evaluated with contrast target best fit at data rate of 208,000 points per sec

⁴HQ, HS and HP are software selectable options included with all Surphaser 400 units

System Parameters may be changed without notice; parameters are rated independently