Q6 Laser Scanner
Quelltech Line Laser Scanner for 2D and 3D MeasurementProduct Description:
The optimum method for automatic non-contacting measurement of:
Free Shape Comparison | Profile | Width | Height | Depth | Edge | Groove | Channel | Bead | Angle | Roundness | Presence | Planarity | Deformation | Flushness | Volume | Position | Completeness | Track Accuracy | Doubling
Principle: Laser Line Triangulation
QuellTech laser-scanners make use of the triangulation principle to detect the two-dimensional profile of surfaces. By means of particular optical components, a point-shaped laser beam is expanded to a line and projected to the object of interest. The diffuse light of the reflected laser line is captured by an objective at a certain angle and then directed to a two-dimensional receiver chip.
On the basis of distances and angles known, a precise calibrated height value (z) is calculated for each pixel in the x level (laser line), resulting in a precise profile in the x-z plane of the sample. If the scanner is guided over the sample (y axis), a series of profiles is created forming a three-dimensional point cloud in space. This point cloud can be subjected by dimensional control carried out by the software.
Q6 Laser Scanner, a Heavy Duty Series for Most Demanding Measuring Tasks
QuellTech Q6 Laser Scanners are ideally suited for industrial applications, requiring maximum precision and process stability at high traverse speed:
- High resolution and profile speed of 14.000 profiles/s and up to 57 Mio points/s
- X-Measuring range from 45 to 1200 mm
- Z-Measuring range (height) from 15 to 800 mm
- Laser wave length blue 405/450 nm, red 650 nm
For Q6 laser scanners, different power classes are available from 1 mW to 160 mW. For optimum adaptation to the surfaces to be examined, the power class and wave length can be selected.
- Resolution down to 0.24 µm
- Special algorithms for very glossy material
- Different High Dynamic Range (HDR)- Modes for objects of strongly differing reflectivity
- Multi Slope Mode for objects of strongly differing reflectivity
- Different trigger modes, 2 trigger inputs (encoder input RS422)
- Several measuring windows to be set up on chip
- Automatic tracking of measuring windows
- Master-Slave configuration for Multi-scanner application
- User configurations to be stored in laser scanner
- Individual extremely precise calibration at the site of the manufacturer
- Casing with protective system IP67
- *GenICam and GigEVision Interface Standard for connection to known image processing software tools
- Software Developer Kit
- Image processing software
Q6-B | Q6-C | ||||||
---|---|---|---|---|---|---|---|
Scanner type | 50-178 | 15-45 | 15-82 | 15-145 | 51-229 | 300-288 | 800-840 |
Range Z (mm) | 50 | 15 | 15 | 15 | 51 | 300 | 800 |
Range X Begin(mm) | 165 | 44 | 80 | 141 | 218 | 204 | 445 |
Range X Middle (nominal) (mm) | 178 | 45 | 82 | 145 | 229 | 288 | 840 |
Range X end (mm) | 190 | 46 | 85 | 149 | 235 | 370 | 1240 |
Standoff z- Range Begin (mm) | 123 | 105 | 165 | 165 | 178 | 250 | 344 |
Working distance z-Range middle (mm) | 148 | 113 | 173 | 173 | 204 | 400 | 744 |
Resolution in X (µm) | 86.91 | 10.99 | 20.02 | 35.40 | 55.91 | 70.31 | 205.08 |
Resolution in z (µm) | 2.13 | 0.47 | 0.95 | 1.73 | 1.28 | 8.70 | 41.42 |
- Supervision of solder paste quantity applied
- Pin straightness measurement for connectors
- Convexity measurement of surfaces
- Gap measurement and control
- Inline inspection of dimensional stability
- Portioning of food
- Inspection of rail profiles for railway
- Angle setting of aircraft flaps and ailerons
- Inspection of printed circuits
- Downloads:
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Quelltech Laser Scanner Catalogue