K-Scan MMDx is Nikon Metrology's walk-around laser scanner for portable metrology applications. The MMDx scanner is renowned for its accuracy, easy-to-use and stunning performance. The scanner is tracked by the K-Series Optical CMM, so that operators can take scans anywhere needed. K-Scan MMDx is the ultimate tool for accurate part-to-CAD inspection and productive reverse engineering. It combines the accuracy and productivity of the MMDx laser scanner with the operator freedom, measurement volume and motion compensation of the K-Series Optical CMM.
Key benefits
- Measure anywhere
- Effortless handling by ergonomic design
- High scanning throughput
- Superior accuracy
- Wide range of applications
Applications
- Full freedom scanning of large objects: Automotive components of any size, complete vehicles
- On-site measurement applications
- Part-to-CAD inspection
- Scanning for reverse engineering
Specifications
| K-Scan MMDx100 | K-Scan MMDx200 | ||
|---|---|---|---|
| Measurement area | Maximum stripe width | 100 mm | 200 mm |
| Depth of Field | 100 mm | 150 mm | |
| Stand-off | 85 mm | 95 mm | |
| Measurement performance | Sensor accuracy1 | 10 µm (1σ) | 16 µm (1σ) |
| Minimum point spacing | 65 µm | 115 µm | |
| Full FoV frame rate | 50 Hz | 60 Hz | |
| Maximum frame rate | 150 Hz | ||
| Maximum points per stripe | 1000 | ||
| Enhanced Sensor Performance | ESP3 (laser intensity optimized for every point) | ||
| Thermal compensation | Yes | ||
| Physical characteristics | Operating temperature | 10 °C to 35 °C | |
| Laser | Class 2 (660 nm) | ||
| Dimensions | 250 mm x 220 mm x 210 mm | ||
| Weight | 1200 g | ||
| Cable length to controller | 9 m | ||
| Number of LEDs | 36 | ||
| Software compatibility |
Nikon Metrology Focus Scan Handheld & Inspection 3rd party software including PolyWorks®, Geomagic® & Metrolog |
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1Sensor accuracy indicates the performance of the laser scanner independent of localizer. The test is performed by scanning a highly accurate reference plate in four different orientations throughout the entire field of view of the sensor. For every point in each scan, the residual distance is calculated to a least-squares fitted plane. The result of the test is the worst case 1 sigma value of the residual deviations of the four scans.
Weights and dimensions are approximate.
