Metrohm AG products

The GemRam™ is a lightweight, portable Raman spectrometer for rapid, non-destructive verification of known gemstones as well as the identification of unknown gemstones based on mineral physics. Designed for gemologists and researchers, it includes B&W Tek’s GemID™ identification software with a spectral library of more than 450 genuine gemstones from the GemExpert collection, including common and rare gem spectra and images. The GemRam can be used to identify polished stones, crystals as well as uncut stones.

The i-Raman^® Pro 785S is a fully integrated Raman system with an embedded tablet computer and a fiber-optic sampling probe, offering users high-sensitivity, high-resolution, research-grade, portable Raman analyses. Using a high-quantum-efficiency CCD array detector with TE deep cooling and high dynamic range, the portable i-Raman^® Pro system delivers excellent signal-to-noise ratio, even with applications requiring long integration times.

The i-Raman^® Prime 532H is a low-noise, high-throughput, and fully integrated Raman system with an embedded tablet computer and a fiber-optic sampling probe. Using a high-quantum-efficiency CCD array detector with TE deep cooling (-25 °C) and high dynamic range, this portable Raman spectrometer delivers research-grade Raman analysis capabilities, including real-time quantitation and identification. The high throughput gives Raman spectra with excellent signal-to-noise ratio, making it possible to measure rapid processes and to measure even the slightest Raman signals, detecting subtle sample differences.

The i-Raman^® Prime 785H is a low-noise, high-throughput, and fully integrated Raman system with an embedded tablet computer and a fiber-optic sampling probe. Using a high-quantum-efficiency CCD array detector with TE deep cooling (-25 °C) and high dynamic range, this portable Raman spectrometer delivers research-grade Raman analysis capabilities, including real-time quantitation and identification. The high throughput gives Raman spectra with excellent signal-to-noise ratio, making it possible to measure rapid processes and to measure even the slightest Raman signals, detecting subtle sample differences.