PHOTONEO
Photoneo MotionCam-3D
Photoneo MotionCam-3D is the highest resolution and highest accuracy 3D camera for dynamic scenes in the world. The scanner gives you accurate point clouds in a high level of detail without compromising quality or being disturbed by vibrations, ambient light or motion blur. This makes MotionCam-3D the perfect 3D scanner for handling objects in motion.
The power of parallel structured light
MotionCam-3D uses parallel structured light , which provides the same quality and resolution as regular structured light - but in dynamic scenes. This new patented technology uses a smart sensor design that scans the object in a snapshot as opposed to a standard image sensor that scans sequentially. This means that the method practically freezes the 3D scene in time.
- Robust Against Vibrations and Ambient Light
- Highest Resolution and Accuracy in 3D Scanning of Dynamic Scenes
- Scanning Range From 36cm to 3 Meters
- Works For Objects Moving Up to 40 m/s
- Point cloud with a resolution of 0.9 Megapixel and 15 million 3D points per second
Selected variant
Technical data
| Calibration accuracy (1 σ) | 0,3 mm |
|---|---|
| DC input | PoE & 24V |
| Depth | 80 mm |
| GPU | NVIDIA Pascal Architecture med 256 CUDA cores |
| Height | 68 mm |
| IP class | IP65 |
| Point to point distance | 0.37 mm |
| Scanning area at maximum spot | 507 x 343 mm |
| Scanning range max | 558 mm |
|---|---|
| Scanning range min | 366 mm |
| Scanning time | 10 ms |
| Temporal noise (1 σ) | 0,1 mm |
| Weight | 1300 g |
| Width | 307 mm |
Downloads
Product description
Photoneo MotionCam-3D is the highest resolution and highest accuracy 3D camera for dynamic scenes in the world. The scanner gives you accurate point clouds in a high level of detail without compromising quality or being disturbed by vibrations, ambient light or motion blur. This makes MotionCam-3D the perfect 3D scanner for handling objects in motion.
The power of parallel structured light
MotionCam-3D uses parallel structured light , which provides the same quality and resolution as regular structured light - but in dynamic scenes. This new patented technology uses a smart sensor design that scans the object in a snapshot as opposed to a standard image sensor that scans sequentially. This means that the method practically freezes the 3D scene in time.
