The FTIR-750 Fourier Transform Infrared Spectrometer is a new-generation Fourier Transform Infrared Spectrometer developed by Gangdong Company with independent intellectual property rights. It features simple operation, stable performance, a long service life, and low maintenance costs. The company’s infrared spectrometers are currently widely used in disease control, pharmaceuticals, basic research, fine chemicals, electronics and electrical engineering, petrochemicals and metallurgy, and third-party testing; they are indispensable analytical and testing tools for laboratory research and industrial production. The FTIR-750 will be your reliable assistant in enhancing your testing capabilities.
Product Features:
★ New Architecture Design with Real-Time Precise Monitoring
Through a real-time temperature and humidity control system, the interferometer and beam splitter are dynamically monitored digitally. The instrument’s internal optical components and electrically sensitive components are housed in separate compartments, with the operating temperature and humidity of each compartment monitored independently. Temperature monitoring ensures that the light source and electrical components operate at optimal temperatures (below 50°C). Humidity monitoring ensures that optical components and electrically sensitive components operate in optimal humidity conditions (below 50%).
★High-Performance Interferometer Module Design
While retaining the stability advantages of the prism-type interferometer, the optical system has been deeply optimized. As a result, the FTIR-750 achieves a signal-to-noise ratio (SNR) that is over 65% higher than that of the FTIR-650, better meeting practical application needs for detecting conventional weak signals.
★ Upgraded Resolution for Adjacent Spectral Lines
A high-speed DSP floating-point supercomputing PID motor control system, paired with low-damping linear guides, achieves spectral resolution superior to that of the FTIR-650 infrared spectrometer.
★ Multi-Layer Moisture Protection Design
A larger-capacity desiccant cartridge design significantly reduces the frequency of desiccant replacement;
Superior moisture protection for the interferometer and detector effectively safeguards the spectrometer’s optical and detection systems, protecting them from interference and corrosion caused by external moisture and harmful gases.