2060 RISE: Sistemas

2060 RISE is a 785nm inline Raman spectrometer designed for rapid, non-destructive analysis of various materials, including incoming raw materials, pharmaceutical APIs, and impurities. Its CMOS detector reduces noise and the need for cooling, while improving sensitivity, allowing detection of sensitive Raman signals.2060 RISE is available in various configurations to suit different needs: the 2060 RISE for standard applications, the 2060 RISE-HT for high-temperature environments, the 2060 RISE-Ex for hazardous areas, and the 2060 RISE-Ex-HT for applications in both extreme heat and hazardous conditions.

2060 RISE-HT is a rugged, high-temperature inline Raman spectrometer designed to withstand harsh industrial environments. With its advanced vortex cooling system, it can operate reliably in temperatures up to 150°C, making it ideal for applications in chemical processing, petrochemical, and pharmaceutical industries. Like its standard version, the 2060 RISE-HT powers a 785nm laser and a high-sensitivity CMOS detector to deliver rapid, non-destructive analysis of various materials.

2060 RISE-Ex is a compact, explosion-proof inline Raman spectrometer designed for use in hazardous areas. Its unique purge system, located outside the sensor, maintains a safe atmosphere within the device while preserving its small footprint.Ideal for industries like oil and gas, petrochemical, and pharmaceutical, the 2060 RISE-Ex provides reliable and accurate analysis in even the most challenging environments.

2060 RISE-HT-Ex is an innovative, explosion-proof inline Raman spectrometer designed to operate in both hazardous and high-temperature environments. Combining the rugged construction of the 2060 RISE-HT with the safety features of the 2060 RISE-Ex, this powerful analyzer is ideal for challenging industrial applications.Equipped with an advanced cooling system, the 2060 RISE-HT-Ex can withstand temperatures up to 150°C, making it suitable for harsh conditions in refineries, petrochemical plants, and other high-temperature industrial settings. Its robust design and independent sensor architecture ensure continuous monitoring and minimal downtime, even in the most demanding environments.