Advanced Raman Fiber Optic Probe 1064nm With Leakproof Connections

Engineered for maximum light collection efficiency, our optical probes feature a robust design that withstands harsh chemical, thermal, and mechanical stresses. Whether in high-pressure reactors or extreme-temperature processes, they deliver consistent performance. Customization options include probe length, material, and interface to fit diverse analytical setups.

Complementing the probe, our high-performance flow cells provide enhanced optical efficiency with material choices for different media. Designed for strong acids, alkalis, and high-pressure flows, they ensure leak-proof connections and adaptability to various tubing standards.

Designed for laboratory offline detection, the PR100 Raman probe offers three excitation options (532 nm, 785 nm, 1064 nm) to accommodate various sample types. Its small, ergonomic design facilitates easy handling for standard liquid and solid analyses in sample chambers. For advanced applications, it can be coupled with microscopes for high-resolution micro-spectroscopy or adapted for online monitoring using flow cells and reactor setups.

Designed for laboratory-scale reactors, the PR200/PR201/PR202 immersion probes enable direct process monitoring in reaction flasks. The series includes an enhanced version that effectively reduces signal interference in agitated solutions. Different material configurations make these probes ideal for harsh chemical environments and unstable reaction conditions. Interface options vary by model: PR200 for small connections, PR201 for medium interfaces. The PR202 stands out for bio-fermentation applications, with its sterilizable, detachable probe design (PG13.5 interface standard).

Designed for industrial applications, the PR300 immersion probe combines exceptional durability with precise measurement capabilities. Its temperature-resistant and pressure-proof architecture ensures consistent performance while shielding sensitive optical elements. The flange-mounted design provides secure integration into reaction vessels, making it particularly suitable for kettle-type processes. Custom flange sizing options are available to accommodate diverse industrial configurations.