3D Cameras
Basler Blaze Time Of Flight Camera
ToF 3D Camera
- Now with Dual Exposure HDR
- Frame Rate 30 fps
- Working range 0 to 10 m
- Resolution 640x480
- GigE Vision, GeniCam, GenTL, GenApi compliant
Basler Stereo Camera
Photoneo PhoXi 3D-Sensor
- Resolution up to 3,2M 3D point
- Gigabit Ethernet Interface
- Factory calibrated, easy to integrate
- Light and durable carbon body
- Low temperature expansion coefficient
Photoneo MotionCam-3D
- 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
Photoneo Motioncam-3D Colour
- 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 0.9 Mpx resolution, color information and 15 million 3D points per second
Photoneo Alpha 3D Scanner
- PoE & 24 V powering options
- Lightweight carbon body
- IP65 - dust and water proof
- Easy integration - plug and play
Photoneo 3D Camera Accessories
- PoE Ethernet Cables
- Power Cables
- Power Adapters
- Hi-Flex Power Cables
Basler Stereo Camera Accessories
The Basler ToF Camera offers an attractive solution for a wide variety of applications including logistics, factory automation, and biometrics. Handling tasks in the examination of objects and defect images that do not have enough contrast for 2D images but do show recognisable differences in height can be done using depth information. Basler Blaze Camera includes integrated DepthSense technology from Sony, offering 3D technology suitable for the mass market, helping to lower total system costs and more efficiently design 3D applications.
How does a ToF camera work?
A Time-of-Flight camera works by measuring the time the light needs to travel from the light source to an object/s and then back to the camera, by synchronising both the light source and image acquisition, the distances can be extracted and calculated from the image data.
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