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Mini-Moiré™ Digitizer for Custom Applications
Features
- Simple setup: mount one sensor for each perspective required
- Fast capture, no motion required
- Automatic operation
- High-speed, high-density digitizing
- Optical non-contact ideal for live subjects
The Mini-Moiré sensor is ideal for custom applications,
where a particular subject must be scanned very quickly. Since the sensors
are inexpensive, multiple sensors can be mounted around the subject in
fixed locations. The entire subject can be captured in just a few seconds,
since the Mini-Moiré sensor capture time is so fast, and no scanning motion
is required.
Hardware Specifications
MODEL |
MMW.8 |
MMW.10 |
MMW.12 |
XY range - FOV (mm) |
200 |
250 |
300 |
Z range - DOF (mm) |
100 |
130 |
150 |
XY resolution - pixel spacing (mm) (1) |
0.4 |
0.5 |
0.6 |
Z resolution - accuracy (mm) (2) |
0.2 |
0.25 |
0.3 |
Standoff distance (mm) |
300 |
350 |
400
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Capture speed (pix/sec) (3) |
300K |
Processing speed (pts/sec) (4) |
150K |
Size (mm) |
175 x 250 x 60 |
Weight (Kg) |
0.9 |
Camera resolution (pix) |
640 x 480 |
System accuracy (5) |
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Notes:
- X,Y resolution is determined by the number of pixels in the camera.
One XYZ data point is calculated for each pixel of the camera.
- Z resolution is essentially the same as the total XYZ accuracy of
the sensor. It is defined as the 3-sigma error between measured and
nominal XYZ coordinates, over the full range of the sensor. It is calculated
by measuring marked precision plates at several positions over the range
of the sensor.
- Capture speed indicates maximum sustained capture speed for multiple
images.
- Processing performed in parallel with capture, so capture can continue
at maximum speed. Processing speed given for typical EOIS supplied computer
(PII/400Mhz).
- System accuracy depends on the mounting and alignment technique..
Software Functions
- Sensor alignment
- User programmable capture sequence
- Image Editing
- XYZ point reduction (space sampling)
- XYZ cross section calculation
- Output formats:
- IGS point clouds and cross-section lines
- STL polyface models
- ASCII text point clouds
- BMP greyscale images
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