Product Recommendation | ATP7810 IR Grating Spectrometer

Spectrometers, as spectral analysis instruments, are widely used in scientific research, industrial production, environmental monitoring, and biomedical fields, offering broad market prospects.

As industries rapidly advance, spectrometers are evolving towards high precision, high reliability, high resolution, and low stray light to meet technical demands. Simultaneously, they are progressing towards portability, high integration, and intelligent functionalities.

Product Introduction for ATP7810
The ATP7810, developed by Optosky, is a wide-band, high-resolution spectrometer based on 20 years of spectrometer development experience and the result of 5 years of effort. The instrument achieves wavelength scanning through software-controlled rotating gratings, enabling high-precision spectral measurement results.

ATP7810 Operating Principle
The signal light enters the ATP7810 optical platform through an SMA fiber interface. First, the signal light passes through a fixed entrance slit and reaches the mirror. After reflection, the light arrives at the rotating grating, which rotates at a constant speed on the turntable. This creates a one-to-one correspondence between the grating's dispersion angle and the wavelength. Finally, the signal light passes through the mirror again and reaches the detector, where the optical signal is converted into an electrical signal and recorded by the computer. The entire operation and spectral calculations are managed by our computer software.

ATP7810 System Overview
The ATP7810 system utilizes a simulation-optimized optical system to ensure high resolution. The series offers various input and output options, providing researchers with limitless possibilities, expandability, and versatility. Users can opt for either a single-point detector or various array cameras.

The ATP7810 series comes in multiple models with different spectral ranges: 0.8~2.5μm, 1.0~6.0μm, 1.0~9.0μm, 1.0~12.0μm, and 1.0~25.0μm, covering wavelengths from near-infrared to mid- and far-infrared. By selecting the appropriate grating, users gain more freedom in choosing wavelength and resolution.

The ATP7810 accepts light via SMA905 fiber input or free-space input and outputs spectral data through USB 2.0 or UART ports. It requires only a +12V DC power supply, making it very user-friendly. All operations can be electronically controlled via software.