MV1 Photon3D Cameras provide high performance are designed for
demanding applications with lowlight conditions. These cameras
come with global shutter for high frame rates and sensitivity
to allow for high-speed applications with exposure times in the
µs-area. MV1 Photon3D camera models also high adept sensors
from LUXIMA (LUX1310) and CMOSIS (CMV2000).
Photon3D cameras deliver reliable algorithms to determine the
laser line in the FPGA of the camera.
Photon3D laser triangulation is a technique used to create
3D models of objects by analyzing the distortions of a laser beam
projected onto them. The MV1 cameras include the detection one
laser line. This laser line detection algorithm calculates the
peak position of a laser line with sub-pixel accuracy allowing
the height profile of a target object to be computed.
Note* Laser and Camera
are sold seperately, if you'd like to learn more about Photon3D
or laser triangulation, please contact
us.
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Features |
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• Highly sensitive cameras for low-light applications
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• Maximum flexibility with laser triangulation
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• Embedded technology with onboard evaluation
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• Laser triangulation of highly reflective
materials
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• Integrated encoder interface for numerous
standards
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• Detection of a laser line with Photonfocus
LineFinder
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• Linear Mode / multiple slope (High Dynamic
Range)
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• Configurable region of interest (ROI)
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• Temperature monitoring of camera
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• Ultra low trigger delay and low trigger
jitter
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• Isolated inputs (2 single ended, 2 differential)
und outputs (2 single ended)
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• Extended trigger input and strobe output
functionality
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• Free GUI available (PF 3D Suite) for an
easy system set up and visualisation of 3D scans
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• A/B shaft encoder interface (RS-422 (G2
models) oder HTL (H2 models))
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