The Prometheus Colorimeter Series is a cutting-edge solution designed for precise color measurement that aligns with the human eye's perception (CIE1931). With a range of lens options from 2.1 mm to 27 mm, this series offers unparalleled versatility, allowing for accurate measurements even at low luminance levels. The Prometheus series is equipped with a flicker luminance function, capable of capturing 3125 samples per second, ensuring rapid and reliable data collection.

Engineered to meet diverse measurement needs, the Prometheus Colorimeter Series incorporates a powerful microcontroller unit (MCU) that supports internal JEITA flicker calculations. Its mechanical shutter and fiber connection capabilities enhance its adaptability across various applications. Furthermore, the series is compatible with multiple operating systems, including Windows, Linux, and MAC OSX, and is directly supported in popular programming environments such as Labview, LabWindows, Visual Studio (C#, C++, VB), Python, and Matlab via the VISA library.

Admesy, the developers behind the Prometheus Colorimeter, prioritize ease of use and speed in their devices. This series exemplifies their commitment by offering high-speed, accurate color measurement capabilities within a robust framework. The Prometheus series is ideal for 24/7 use, seamlessly integrating into production environments while maintaining an excellent price-performance ratio. It is particularly suited for spot measurement on displays, with added functionalities for flicker and response time measurement.

The Prometheus Colorimeter Series is available in six distinct lens options, catering to various measurement requirements. The 27 mm wide-angle lens model is renowned for being the fastest colorimeter globally, making it an excellent choice for display measurements. For applications requiring smaller measurement spots, options include two 10 mm versions with different acceptance angles and a 20 mm version. The 2.1 mm focusing lens is perfect for precision tasks such as camera-under-display testing and face ID recognition through displays. Additionally, the 5 mm focusing lens is designed for small area measurements, like smartwatch displays.