BINOCULAR STRUCTURED-LIGHT CAMERAS
Binocular Structured-Light Cameras
Prepare a binocular structured-light camera review around working distance, field of view, depth accuracy, frame rate, lighting and host-interface constraints.
2
Product platforms
2
Published configurations
Engineering Documentation
- 2D drawings
- Documentation availability requires engineering review
- 3D CAD
- Documentation availability requires engineering review
Selection problem
Selecting Binocular Structured-Light Cameras
Define the object distance and required measurement volume before confirming depth accuracy, frame rate, ambient-light behavior and data interface.
Working range
Verify the recorded Working range for Binocular Structured-Light Cameras at Product Platform or Model / SKU level and carry unresolved values into engineering review.
Field of view
Verify the recorded Field of view for Binocular Structured-Light Cameras at Product Platform or Model / SKU level and carry unresolved values into engineering review.
Depth accuracy
Verify the recorded Depth accuracy for Binocular Structured-Light Cameras at Product Platform or Model / SKU level and carry unresolved values into engineering review.
Frame rate
Verify the recorded Frame rate for Binocular Structured-Light Cameras at Product Platform or Model / SKU level and carry unresolved values into engineering review.
Documentation to confirm
Documentation to confirm
Availability is confirmed during engineering review.
- Camera datasheet
- Optical specification
- Interface manual
- Integration drawing
Prepare for RFQ
Prepare for RFQ
Submit the known operating requirements, interfaces and project constraints for a Binocular Structured-Light Cameras engineering review.
- Working distance
- Measurement volume
- Depth accuracy
- Frame rate
- Lighting and interface