Faru X330 3D laser scanner

It is a high-speed 3D scanner with ultra-long scanning distance.
Expands scanning range to new dimensions
Capable of scanning objects up to
meters away in direct sunlight.
With an integrated
receiver, this laser scanner is able to correlate every scan with post-processing, making it ideal for survey-based applications.
With higher accuracy and greater range,
greatly simplifying measurement and post-processing work. 3D scan data can be easily imported into all commonly used accident reconstruction, structural, civil engineering, construction, forensic identification, industrial manufacturing and land surveying software solutions. Therefore, it can quickly, accurately and reliably complete calculation, analysis and detection tasks of distance, size, area and volume as well as digital documentation work.

Technical specifications
Distance unit
Viewing range
Meters
for
points
seconds
Tracing distance
meters
meters
measuring speed
individuals
points
seconds
/ / /
distance error
mm
distance noise

m

m
noise compression

m

m
Noise compression

Reflectivity is

mm

mm

mm
< br/>mm

The reflectivity is

mm

mm

mm

Millimeters
Color unit
Resolution
Maximum
10 million pixel color
State color characteristics
Automatic brightness adaptation
Difference
Coaxial design
Radiation unit
Straight field of view
Flat field of view
Straight step length
Contains
voxels
Flat step length
Contains
Voxel
Large Vertical Scan Speed
or
Optical Light Emitter
Light Grade
Laser Grade
Long
Nm
Beam divergence angle
Typical value
Half angle
Incident light diameter
Typical value
mm
Data processing and control
Data storage< Memory Card Included The data is available.
Sensors
Shaft compensator
Accuracy
Range
Degree sensor
Adds height relative to a reference point to each scan via an electronic barometer Poor information.
South Compass
The electronic compass provides orientation information to the scanned data, including calibration functions.
Integrated
receiver.
Specifications are subject to change without notice
Indoor or outdoor normal incidence onto
reflective surfaces
Ranging error is defined as the distance measured by the scanner from its origin to a planar target Maximum error from the previous point.
Ranging noise is defined as the standard deviation of the best-fitting plane.
The noise compression algorithm is used to
or
the average points as a group, so the original data noise is compressed by a coefficient
or
.
Ferromagnets can interfere with the Earth's magnetic field and cause inaccurate measurements.