ATR Fiber Probe

World's longest 10m ATR fiber probe

We have manufactured an ATR fiber probe of unprecedented length in the mid-infrared range.

Manufacturer: art photonics (Germany) ATR spectroscopy in the mid-infrared spectral range (λ = 2~18 μm) is the most efficient method for remote inline monitoring of molecular composition in field labs. This is due to the deep relationship of many molecular vibrations with this spectral range. art photonics has developed the world's longest ATR fiber probe that corresponds to the wavelength range of 6~16 μm.

Company：サンインスツルメント本社
Price：Other

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Has a track record with companies such as Bayer, BASF, bp, Chevron, Dow, and Pfizer.

Manufacturer: art photonics (Germany) The FlexiSpec series is the latest generation of products for total reflection measurement methods. This near-infrared and mid-infrared fiber ATR probe can be used with all types of FTNIR, FTIR, and other infrared spectrometers, spectrophotometers, as well as sensors for infrared LEDs or quantum cascade lasers. The patent-pending ATR immersion optical fiber probe is ideal for reaction monitoring in laboratories, pilot plants, and fully automated process control.

Company：サンインスツルメント本社
Price：Other

probe

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Mid-infrared + visible light simultaneous measurement - custom ATR fiber probe

It is a probe that can simultaneously measure two wavelength ranges.

Manufacturer: art photonics (Germany) art photonics has developed a multi-spectral optical fiber probe that enables simultaneous analysis of multiple liquid and solid samples using ATR (Attenuated Total Reflectance) mid-infrared spectroscopy and fluorescence methods. The design of this probe has been optimized for light propagation using ray tracing technology. It has been confirmed to match the performance of both visible and mid-infrared light probes. The ability to convey complementary chemical information from the measurement point has been tested with biological tissue samples. Quantitative analysis of biological tissues is one of the most important applications of this multi-spectral probe.