Scanology MSCAN-L15 3D Scanner – Front-Left View
Scanology MSCAN-L15 3D Scanner – Front View
Scanology MSCAN-L15 3D Scanner – Back View
Scanology MSCAN-L15 3D Scanner – Back-Right View
Scanology MSCAN-L15 3D Scanner – Front-Left View
Scanology MSCAN-L15 3D Scanner – Front View
Scanology MSCAN-L15 3D Scanner – Back View
Scanology MSCAN-L15 3D Scanner – Back-Right View

MSCAN-L15

Handheld Photogrammetry System for Large Parts

Scanology MSCAN-L15 is a handheld photogrammetry system that delivers 0.012 mm/m volumetric accuracy on large parts from 2 to 10 m. Used with KSCAN, SIMSCAN and TrackScan scanners, it eliminates cumulative error over long distances and supports HDR mode and deformation detection.

Handheld 3D ScannersIndustrial 3D Scanners
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Technical Specifications

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Industrial Camera and Lens

0.012 mm/m

0.015 mm + 0.012 mm/m

0.015 mm + 0.012 mm/m

0.044 mm + 0.012 mm/m

0.020 mm + 0.012 mm/m

≤ 9.4 × 6.9 m

6.5 m

2–10 m

Calculated and displayed in real time.

Audible and Light Indicator

Multiple Adapters for Critical Positions Such As Cylinder Axis Distance and Hole Center

Gigabit Ethernet

≤ 0.58 kg

-10 to 40 °C

KSCAN, SIMSCAN, TrackScan, AutoScan and NimbleTrack Series

CE

Measurement Free of Cumulative Error on Large Parts

The MSCAN-L15 delivers 0.012 mm/m volumetric accuracy on large parts of 2–10 m and, working together with KSCAN, SIMSCAN and TrackScan, eliminates error accumulation over long distances.

Unique HDR Mode – Scanology MSCAN-L15

Unique HDR Mode

HDR mode support lets the system adapt well to different lighting conditions and environments. Blue LED illumination strengthens target point detection and further increases inspection accuracy.

Deformation Detection – Scanology MSCAN-L15

Deformation Detection

3D data is captured precisely from deformed workpieces. Intuitive deviation values let distortions be assessed accurately and corrected with confidence.

Multiple Adapters – Scanology MSCAN-L15

Multiple Adapters

Different adapters measure critical positions such as cylinder axis distance and hole center directly; target point positions calculated in real time are tracked with audible and light feedback.