Teledyne DALSA - Kaleido
Kaleido delivers the spatial resolution, acquisition speed, and light sensitivity that industrial hyperspectral inspection has needed - fully calibrated, and ready to deploy.
Key Features
- Sensor type: InGaAs
- Spectral range: SWIR
- Peak wavelength: 1750 nm
- Spatial resolution: 1280 x 256 pixels
- Max line rate: 2300 Hz (full spectral range)
- Spectral resolution: 3,5 nm
- Selectable spectral bands Up to 220
- Data interface: 10 GigE Vision (GenICam® compliant)
- Lens mount: M42x1
- Image processing: Flat-field correction, defective pixel correction, linearity correction
- Partial image modes: ROI, multi-ROI, spectral and digital binning
- Spectral calibration: Factory-calibrated; consistent across units and operating temperature range
Find the right model for your needs
Use the filters below to narrow down your selection based on your application requirements
| Nom de produit | Dimension (depth, mm) | Dimension (height, mm) | Dimension (width, mm) | Resolution Horizontal (Px) | Interface | Lens mount | Manufacturer | Max. line freq. (kHz) | Pixel size (µm) | Scan type | Sensor type | Wavelength range | Weight (kg) |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 191 | 121 | 100 | 1280 | Gigabit Ethernet | M42 x 1 | Teledyne DALSA | 2.3 | 14 | line | InGaAs | SWIR | 2.300 | |
| 191 | 121 | 100 | 1280 | Gigabit Ethernet | C-Mount; M42 x 1 | Teledyne DALSA | 2.3 | 14 | line | InGaAs | SWIR | 2.300 |
Pourquoi choisir Teledyne DALSA - Kaleido ?
Throughput Without Compromise
A 1280-pixel spatial resolution at 2300 Hz line rate across the full spectral range removes the trade-off between spatial detail and acquisition speed that limits most hyperspectral platforms. High-throughput sorting lines no longer require a sacrifice in classification granularity.
Spectral Granularity for Reliable Classification
At 3,5 nm spectral resolution with up to 220 selectable bands, Kaleido provides the spectral detail required for reliable material differentiation. Band selection reduces data volume to only the wavebands relevant to the process, keeping data pipelines and compute requirements manageable.
Integrated Design, Simplified Deployment
Sensor and spectrograph are integrated into a single unit with built-in aberration correction and consistent factory spectral calibration between units. Multi-camera deployments become significantly more straightforward, reducing the setup effort that has historically made hyperspectral systems difficult to scale.
Accurate Co-Registration Across the Full Field
Minimal keystone and smile distortion means that spatial and spectral data remain accurately co-registered across the full field of view. Reliable co-registration is a prerequisite for classification in precision sorting and quality inspection applications where spatial position and spectral identity must be linked accurately.
Open Lens Interface
System builders are free to select optics suited to their working distance and field of view, without being constrained to a proprietary optical assembly. This flexibility is particularly valuable in OEM and custom system designs where physical installation geometry varies across projects.
Efficient Data Delivery
Kaleido uses a 10 GigE Vision interface fully compliant with GenICam® standards, delivering data in the ENVI hyperspectral file format. Programmable spectral band selection and spatial zone selection mean only the data relevant to the process is transmitted, reducing system load and keeping compute and storage requirements manageable. Frame and multi-frame triggers, meta-data support, and partial image modes (ROI, multi-ROI, binning) provide the acquisition flexibility needed for demanding production environments.