20X 3D Laser Scanner
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Scan 3D is an integrated laser scanning system that utilizes the latest
advanced German optical measurement and numerical control positioning
technology and components. Scan 3D can rapidly capture the 3D geometric
shape data of a sample, e.g. scanning a spectacle in 1 minutes. User
can make use of the captured data for direct copymill with a CNC
milling machine or direct Rapid Prototype fabrication with an RP
machine, no 3D modeling work required. The captured data can also
assist product redesign and 3D modeling for production tooling
manufacturing |
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Product Features
- Instant 3D Scanning
- 20X Faster than Similar Type of 3D Scanners in China & Taiwan
- For example: Scanning of a toy surface takes only 1 Minutes
- 5-Axis Automatic Scanning Process
- Multi-Angle Scanning
- Automatic Aligning and Merging of Scanned Faces
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- Direct CNC Tool Path Generation
- Output STL File for RP Fabrication
- Compatible with CAD/CAM Software (e.g. Master CAM, UG, Pro-E and SolidWorks, etc.)
- Support Multi Export Format, including IGES, DXF, STL, OBJ, XYZ, etc.
- Create 3D feature curve based on scan data and auto convert to IGES
suface for CAD modificaion
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Product Characteristic |
- Adopt German High Resolution & Hi Speed Laser Sensors and Laser Optics components
- Adopt German Imported XYZ Slides
- Adopt Japanese High Quality Close-Loop Control and motors
- Support Multi-Language (English and Chinese) Easy Control Interface
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Advantage |
- Multi-Language interface, easy to use
- Direct copymill with CNC milling machine, no 3D modeling required
- Direct RP fabrication by outputting file to RP machine, no 3D modeling required
- High flexibility, capable of scanning different shapes and material, e.g. soft and spongy material
- High accuracy, with selectable resolution options
- Fast scan speed. No plaster support required
- Communicate with generic CAD/CAM system via ASCII point , DXF point & STL file format
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Optional Module
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Scan 3D II - 20X 3D Laser Scanner Specifications |
Model |
Scan 3D II – Precision 20X |
Scan 3D II – High Speed 20X |
Scan 3D II – High Speed + 20X |
Dimension |
40(L) x 43(W) x 59(H)inch (several size available) |
Scan Volume |
Small: 360x300+Laser Lengthx400mm3
Medium: 460x400+Laser Lengthx400mm3
Large: 600x400+Laser Lengthx530mm3 |
Laser Type |
Class II laser, 670nm, Visible red spectrum |
Linear Repeatability |
+/- 0.01mm |
Linear Accuracy |
+/- 0.01mm |
Optical Resolution |
+/-0.03 (Y) 0.05 (Z) mm |
+/-0.05 (Y) 0.10 (Z) mm |
+/-0.08 (Y) 0.15 (Z) mm |
Standard Deviation |
<15μm |
<30μm |
<50μm |
Stand-off Distance |
150mm |
Laser Length |
36mm |
56mm |
70mm |
Scan Speed |
30,720 pts/sec |
Scan Software |
Scan 3D Pro |
Output Format |
IGES, DXF, ASCII point cloud format,OBJ,STL Triangle Surface Format, FCS,VRML |
Operating Voltage |
220AC, 50Hz |
Warranty |
One year parts and labor. Technician's traveling and accommodation expenses not included for service outside Hong Kong |
Contact Type Digitizer VS Laser Scanner |
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Contact Type Digitizer |
Laser Scanner |
1 |
Scanning Approach |
Contact type touch trigger approach |
Non-contact optical triangulation |
2 |
Principle |
Mechanical touch sensor and position locator for coordinate measurement |
Laser and optical triangulation for coordinate measurement |
3 |
Speed |
Relatively slow |
Relatively fast |
4 |
Scan Operation |
Human monitoring is required for contact type digitizing process |
Fully automatic scan process. No human monitoring required |
5 |
Scan Resolution |
Low to high (depends on machine type and price level) |
Medium (generally) |
6 |
Compensation |
Sensor radius compensation is required |
No compensation required |
7 |
Detail Level |
Limit by radius of sensor. Difficult to measure detail shape |
Capable of measuring high detail shape by using laser beam |
8 |
Deep Cavity & Slot |
Using longer sensor probe can measure deep cavity and slot |
Limit by the laser reflection angle to measure deep cavity and slot |
9 |
Plaster Support |
Need plaster support to fix sample for digitizing |
No support is required and allow free positioning for scanning |
10 |
Copymill |
Support
direct copymill. Cutting tool should be the same diameter as the
sensing probe and the cutting step over should be the same as sensing
step. As a result , milling efficiency is low |
Support
direct copymill. Can use CAD/CAM software to generate rough,
semi-finishing and finishing toolpath directly from scanned STL model
to yield high machining efficiency |
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[ See Full Case Study of Skin Scanning to Solid RP ]
[ See Full Case Study of Full Body Scanning to Solid RP ]
[ See Various Applications ] |
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 [ See detail information of the Scan 3D II 20X Laser Scanner ]
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