Application

Specializing in the development of micro-spectrometers and the application of spectroscopic technology. We boast a team of experts in optical design, MEMS technology, mechanical engineering, electronics, and software design. By leveraging our core spectroscopic technology and integrating expertise across various fields, we provide comprehensive services to our clients.

Different light sources emit light at various wavelengths. By using a spectrometer, we can determine the wavelength characteristics of these light sources. For example, when measuring with different colored LED light sources, we can observe the spectral distribution patterns corresponding to each color.

HB2034 & HB2094, SE2030 & SE2090, and OW1030 spectrometer modules, equipped with high SNR and fast sensors, offer customizable resolutions ranging from 0.1 to 0.5 nm. These modules are highly sought after for environmental monitoring system integration needs and are widely used in applications such as continuous emissions monitoring systems (CEMS), portable gas analyzers, and vehicle exhaust measurements.

As the optical core of biochemical analyzers, the spectrometer enables simultaneous measurement of sample reagent reactions across a wide wavelength range using a single module. With the integrated CPU and customized software within the spectrometer, it can perform calculations for reaction equations, standard deviations, deviation functions, and other parameters, optimizing both the efficiency and accuracy of biochemical analysis instruments.

OtO spectrometers feature exceptional thermal stability, with a temperature drift stability of just 0.027 nm/°C and Y-value variation of only ±0.5%. Our proprietary Dynamic Thermal Equilibrium (DTE) technology ensures precise measurements without the need for temperature control, replacing large and costly LED detection equipment and ensuring comprehensive product quality.

OtO offers a comprehensive and powerful Raman analysis software suite, featuring pre-processing functions such as fluorescence removal, spike suppression, smoothing, and peak extraction. It also includes Raman identification algorithms based on matching methods, classification techniques, and artificial intelligence (AI), helping you build a tailored Raman analysis system.

OtO's customized dual-spectrometer system overcomes the limitations of single-spectrometer measurements, making it ideal for applications requiring a wide wavelength range from ultraviolet to near-infrared.