R-3000 Series Based on the phenomenal success of the R-2000s, R-2001s and the RSLs, Raman Systems introduces the next generation of Raman spectrometers, with a new and improved laser offering extreme wavelength stability and resolution. Click here for details.
RSLPlus RSLPlus, the "Point-Click" solution designed specifically for quick material identification and verificiation in various industrial setting. With a ultra-personal computer and an inbuilt battery the RSLPlus is ready for field deployment. Click here for details.
RPC-1 Designed for monitoring several reactions, pipelines or processes from one instrument, the RPC-1 provides on-line real time data acquisition, analysis and communication for the most involved process control applications. Click here for details

Accessories

Lasers A diode laser (at 532 nm or 785 nm) provides a very stable excitation and affords high signal to noise at the detector. The laser can be controlled through the software and has safety features. Click here for details.
Probe & Sample Holder We offer three kinds of probes - focused, immersion and process. By swapping out the interchangable sample tubes and caps, users can reconfigure our probe (patent number 6,897,951), enabling the analysis of virtually any sample, be it solid, powder, liquid, gel, slurry, beads or live reactions. Various fiber length is available, from 1 - 200 meters, which allows the user the flexibility of keeping the spectrometer close to the sample or at a distance in the control room. Fibers are protected with either PVC monocoil or stainless steel sheathing. Click here for details
Sampling Tubes Interchangeable sampling tubes transmit the laser light to and from the sample. Robust design with variable length (between 3 and 12 inches) and outer diameter (3/8 inches to 3/4 inches) affords flexibility of sampling. Flanges can be welded to the tube, allowing the probe to monitor flowing liquids in a pipeline or monitor processes in a chemical reactor.
Caps Interchangeable caps attach to the end of the sampling tube and allow measurements to be made without adjusting the distance between the sample and the sampling tube to focus the laser beam on the sample. There are two focusing caps: one focuses the laser beam on the samples as the cap is pressed against the sample; the other focuses the laser on the inside of containers when the cap is pressed against the outside wall. Additionally, there are caps for immersion measurements and for calibration; the latter is a pre-loaded spectroscopic standard that allows for quick, software-controlled instrument calibration and verification.