Senop hyperspectral camera

Traditional hyperspectral imaging devices have several kilos of equipment that are expensive and complicated to use. Senop came to Haltian with the idea of a hyperspectral camera that would be extremely fast, accurate, and small so that it could be, for example, flown with drones. In other words, the camera would be optimized for air imaging, making it a great tool for agriculture and forestry applications. While Senop knew optics and hyperspectral imaging. They needed a hardware partner that could productize their idea.

The project started with a concept phase, where plans of functionality, design, and production were made. Senop had a prototype that needed to be productized and designed for mass production.

The productization phase included mechanics, UI design, and software. Haltian hardware and mechanics teams worked together with Senop Optics to create an accurate and fast hyperspectral imaging device. A small but powerful device heated up easily and heating design was one of the most challenging parts of the project. Design choices were made to keep the camera from overheating, by choosing the right materials to deduct heat. All in all, the product design project included:

• Circuit board design
• Mechanics design
• UI design
• Device and PC software
• FPGA interface

Senop HSC-2  hyperspectral camera is fast and small. The camera’s speed and small size make it ideal for air imaging and it is used for food and product quality inspection, as well as agriculture, forestry, and water research.

The camera was designed to be future proof and the concept can be developed and features added.

The project was done in close cooperation with the customer; different teams worked together to perfect the design and make a groundbreaking hyperspectral imaging device.