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Compared to traditional spectrometers, portable spectrometers offer advantages such as ease of portability and convenience of use. By connecting via Bluetooth 4.2 and pairing with dedicated iOS and Android apps, data collected after scanning the target object is uploaded to the cloud, while algorithms process the data in real time. Within just a few seconds, the results will appear on your smartphone.

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Lambda Micro-Hyperspectral Imaging System

The Lambda microscopic hyperspectral imaging system is compatible with most microscopes available on the market. Its hyperspectral system architecture integrates a focal-plane array detector, drive power supply, motion control module, data acquisition module, and more into a single unit. It does not require an电动 displacement stage, significantly reducing the system’s size and weight. With its sleek and compact design, it is simple and convenient to operate when used in conjunction with a microscope.

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Optoelectronic Instruments

Lambda Hyperspectral Imaging System

The Lambda hyperspectral imaging system employs gradient-coating technology and eliminates the need for conventional grating-based spectroscopic modules, enabling continuous imaging of dozens or hundreds of spectral bands across the entire spectral coverage range. While capturing spatial features of the target object, the system also acquires its spectral information. The system architecture includes: a focal-plane array detector, a drive power supply, a motion control module, and a data acquisition module, among other components.

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Optoelectronic Instruments

PixelSpec Series Snapshot Spectroscopy Camera

The PixelSpec series of snapshot hyperspectral cameras feature a spectroscopic method that utilizes chip-coating technology, resulting in a compact system size and lightweight design. This camera series can capture hyperspectral images with 9 to 25 spectral bands, generating 90 data cubes per second, depending on the application. The PixelSpec series of snapshot hyperspectral cameras boasts an ultra-low power consumption as low as 1.8W, enabling high-speed acquisition of high-spectral raw data. Equipped with a USB3.0 interface, these cameras are also available as board-level models tailored to specific user requirements. They find wide-ranging applications in various fields requiring precise material identification, such as pharmaceuticals, agriculture, food processing, and waste management. With their small size, light weight, and excellent robustness, they represent the ideal choice for mobile environments like drones or handheld devices.

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Optoelectronic Instruments