The FTIR-650S Fourier Transform Infrared Spectrometer is the latest addition to the FTIR-650 series, which has been highly favored by users over the past decade. Drawing on Gangdong Technology’s more than 20 years of experience in the R&D and manufacturing of infrared spectrometers, this product offers a higher signal-to-noise ratio, greater stability, and a superior user experience. It also features enhanced moisture resistance and electromagnetic interference (EMI) protection. Widely applicable in fields such as disease control, pharmaceuticals, basic research, fine chemicals, electronics and electrical engineering, petrochemicals and metallurgy, as well as third-party testing, it serves as an indispensable analytical and testing tool for both laboratory research and industrial production—a reliable partner for elevating your testing capabilities.
|Product Features:
▲High-Efficiency Optical Path System Design
--High-Intensity Infrared Light Source Module Design
Through optimized design of the infrared light source, the background energy level has been increased by up to 50% compared to the FTIR-650, significantly enhancing infrared radiation energy in both the low- and high-frequency bands and resulting in a more balanced energy distribution across the entire spectrum.
--High-Performance Interferometer Module Design
While retaining the stability advantages of the prism-type interferometer, the optical system has been further optimized, giving the FTIR-650S a superior signal-to-noise ratio. Compared to the FTIR-650, the signal-to-noise ratio has improved by up to 50%, better meeting practical application needs for detecting conventional weak signals.
▲New Exterior Design
A more convenient power switch location effectively addresses the pain point of repetitive and laborious power cycling during daily use;
A more intuitive power switch design allows for quicker and more accurate monitoring of the instrument’s operational status;
An improved door-opening mechanism facilitates more efficient sample loading and unloading, thereby enhancing sample testing efficiency.
▲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 infrared spectrometer’s optical and detection systems against interference and corrosion caused by external moisture and harmful gases.
▲ Electromagnetic Interference (EMI) Protection Design
An optimized EMI protection design effectively reduces external electromagnetic radiation while simultaneously enhancing the system’s inherent resistance to electromagnetic interference, ensuring compliance with electromagnetic compatibility (EMC) design standards.
Note: EMC testing, also known as electromagnetic compatibility testing, encompasses both the magnitude of electromagnetic interference (EMI) and the system’s immunity to interference (EMS), and is a critical indicator of product quality.