IDS Ensenso and Nion 3D Cameras Overview
IDS supplies Ensenso stereo 3D families and the Nion time-of-flight camera for industrial and robot vision. Their sensing and processing architectures differ, so the catalog is a selection portfolio rather than one fixed camera specification.
Key Specifications
Product detail | Specification |
Product | IDS Ensenso and Nion 3D Cameras |
Image format | Model-specific depth maps and point clouds; separate texture formats where provided |
Acquisition | Stereo Or Time-Of-Flight Depth Acquisition |
Interface | Model-specific; Nion uses GigE Vision integration |
Capture rate | Model and depth-computation configuration dependent |
Ensenso architecture | Stereo 3D families with model-specific projector and calculation options |
Nion architecture | Time-of-flight depth camera; listed 1.2MP depth image |
Review Summary
The portfolio merits evaluation when the task requires object geometry, position or surface depth rather than only an intensity image. Choose the measurement architecture and working volume first. The meaningful result is sufficiently complete and reliable 3D information for the intended robot or inspection decision, with processing placed where the system can support it.
Integration and Selection
IDS describes model-specific host or embedded depth-processing choices. Ensenso CR includes on-camera depth calculation, while Nion is presented with GigE Vision integration and depth, confidence and point-cloud workflows. Define acquisition-to-decision latency for the exact mode. Camera frame rate, depth calculation time and robot cycle time are different quantities.
Price: Request a quote.
