Teledyne DALSA, part of Teledyne Technologies and a global provider of machine vision technologies, has unveiled Kaleido™, a new short-wave infrared (SWIR) hyperspectral camera developed to address the increasing demand for faster and more accurate industrial inspection systems. Designed for sectors such as recycling, food processing, pharmaceuticals, and waste management, the new platform combines high-speed imaging with advanced spectral analysis to improve material identification and streamline sorting operations.
The launch marks a major step in hyperspectral imaging technology, an area that has traditionally faced adoption challenges due to system complexity, integration costs, and calibration limitations. Kaleido has been engineered to simplify deployment while delivering high-performance imaging capabilities for industrial environments where speed and precision are critical.
Developed entirely within Teledyne’s vertically integrated ecosystem, the system incorporates the sensor, spectrograph, and interface technologies under one architecture. The camera delivers spatial resolution of up to 1,280 pixels and supports line rates above 2.3 kHz, enabling manufacturers and processors to inspect larger product volumes without compromising image quality or spectral fidelity.
The company stated that Kaleido is designed to support modern industrial automation lines where rapid decision-making and throughput optimization are becoming increasingly important. By improving material discrimination, the camera can help identify contaminants, distinguish between visually similar materials, and enhance product consistency in high-speed production settings.
Sadiq Panjwani, Chief Operating Officer, Teledyne Vision Solutions and Senior Executive Vice President and General Manager of the Machine Vision Cameras Group, described the development as a milestone for the company’s imaging portfolio. According to Mr Panjwani, Kaleido demonstrates the strength of Teledyne’s global engineering and manufacturing capabilities, bringing together expertise in sensor physics, optical engineering, and industrial imaging into a unified platform. He added that the company aimed to eliminate long-standing barriers associated with hyperspectral technology by reducing operational complexity and lowering deployment costs for industrial users.
The system integrates built-in spectral band selection along with spectrograph-based aberration correction technology, enabling consistent calibration across operating conditions and between camera units. These features are intended to reduce engineering overhead for machine builders and accelerate time-to-market for industrial inspection solutions.
Teledyne has also incorporated several proven capabilities from its existing line-scan camera portfolio, including metadata tagging and multiple regions of interest (ROI). These functions allow processing systems to focus only on relevant imaging data, helping optimize computational efficiency while reducing unnecessary data transfer loads.
Kaleido operates through a 10 GigE interface compliant with GigE Vision® and GenICam® standards, ensuring compatibility with a wide range of industrial automation platforms and software environments. The camera has been optimized for high responsivity in low-light conditions, supporting the use of energy-efficient SWIR LED lighting systems while maintaining signal integrity. The company highlighted that flexible lens compatibility and access to Teledyne’s global support network are expected to support large-scale industrial deployment across multiple markets.
Teledyne Vision Solutions brings together several imaging and sensing brands under one portfolio, including Teledyne DALSA, FLIR IIS, Lumenera, Photometrics, Princeton Instruments, Judson Technologies, Acton Optics, Adimec, and e2v CMOS image sensors. The group provides industrial and scientific imaging technologies across machine vision, spectroscopy, and advanced sensing applications worldwide.
