3D laser scanning system / 3D laser scanner for almost all materials
Our “LaserProbe4500” laser scanning system is designed for the non-contact 3D laser scanning of objects with a laser to create three-dimensional computer models and to create model files suitable then for the use or execution in a CNC milling system is.
The laser scanning system is constructed so that it can be used with any CNC machine, also servo machine, regardless of the cross-linked type of control.
Of course, the basic configuration, including the complete wiring for all High-Z CNC milling machines made by CNC-STEP is used.
The included scanning software for analysis and filtering of the scan results, “Dorgonia” is available in English and German, as well as the complete manual.
The instructions to the system you can see in the right “column Download” to download or!
Here you can watch the to the scanning process.
|Materials to be scanned
||Everything, except transparent or reflective materials
|Raster scan for XY
|Field scan for XY
|Scanning depth, mm
||100 or customized as desired *
|Average scanning speed, points / second
|Average time required for an area of 100 x 100mm
|Base distance, mm
Overall height from machine table, mm
|Maximum operating speed, points / second
||3 mW, wavelength 660 nm
|Operating temperature, ° ?
|Time for ongoing work
|Full and final dimensions, mm
Operating principle of the 3D laser scanner:
The laser of the laser scanning system senor is placed on the movement system of the machine, fixed. With the scanning operation moves the CNC system of the machine the laser sensor line by line in a customer defined in the softwre distance (from 0.01 mm) on the prototype of the object.
The laser sensor of the laser scanner measures the distance (Z-Koordinat) to the object surface.
Data acquisition of the laser sensor and motion sensors are synchronized (XY coordinates), the result is sent to the PC via USB port.
Thus determine the XYZ coordinates, the arrangement for the laser-scanned surface.
It a digital prototype is created, the file is saved as a point as well as a conventional STL format, which can be used for further processing with CNC.
There are various noise and smoothing filters for various materials available in order to influence the scan result is positive.
Applications of the 3D laser scanner:
3D scale changes
Production of tailor-made orthopedic parts
Jeweler technology, orthopedic mechanics
and many others …
- Processor: not lower than Intel Pentium 4 2.0GHz
- RAM: not less than 1024 MB (4096MB recommended)
- Memory: not less than 20 GB, NTFS file system is required
- Video card: ATI / NVidia and not less than 256 MB video memory
- Operating system: Windows 2000/ Windows XP, up until WIN7
- Other: USB 2.0 is required