Product Description
Brand Metrohm
Model 785H
Capacity 150 2800 cm-1
CAT No BWT-840000674
Application Spectroscopy
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.
Advanced Performance and ReliabilityEngineered for demanding analytical tasks, the i-Raman Prime 785H spectrometer provides high sensitivity and accurate spectral data across a wide measurement range (175 cm1 to 3200 cm1). Factory calibration and user self-calibration options ensure reliable operation, while the thermoelectric cooling enhances detector stability in varying conditions. Its stainless steel and premium glass construction support repeatable results in both research and industrial settings.
User-Friendly Operation and ConnectivityFeaturing a high-resolution touchscreen and compatibility with PC interfaces, this portable Raman spectrometer is designed for straightforward operation. The proprietary software includes an extensive spectral library for rapid material identification, making it accessible for both seasoned scientists and beginners. The USB 2.0 interface simplifies data transfer, and the instrument's semi-automatic features streamline your workflow.
Versatility and PortabilityWeighing approximately 4 kg and equipped with an optional battery module for up to 5 hours of operation, the i-Raman Prime 785H is tailored for on-site applications and laboratories with limited bench space. The robust enclosure and small footprint facilitate easy transport, and the included fiber optic probe and diverse accessories allow flexible sampling across different environments.
FAQ's of Metrohm i-Raman Prime 785H Portable Raman Spectrometer:
Q: How does the Metrohm i-Raman Prime 785H ensure accurate chemical analysis?
A: The i-Raman Prime 785H utilizes a high-power 785 nm laser, a high quantum efficiency TE-cooled CCD detector, and delivers a spectral resolution lower than 4.5 cm1. Factory calibration combined with a user self-calibration option ensures ongoing accuracy for both qualitative and quantitative analyses.
Q: What materials and samples can I analyze with the i-Raman Prime 785H?
A: This spectrometer is suitable for a wide range of materials, including solids, powders, liquids, and gels. Typical applications involve pharmaceuticals, chemicals, polymers, and forensic samples, benefiting from its high sensitivity and broad spectral range (175 cm1 to 3200 cm1).
Q: When should I use the battery operation mode, and how long does it last?
A: Battery operation is ideal for fieldwork or settings without stable power supply. With the optional battery module, the i-Raman Prime 785H offers up to 5 hours of continuous use, supporting remote analyses or mobile monitoring projects.
Q: Where can the i-Raman Prime 785H be deployed for measurements?
A: Given its portable design and rugged stainless steel housing, this spectrometer can be used in laboratories, manufacturing sites, research facilities, and in the field across India. Its fiber optic probe and multiple mountable accessories extend sampling flexibility to various environments.
Q: What is the process for running an analysis with the i-Raman Prime 785H?
A: Connect the spectrometer via USB or use the touchscreen interface to launch the proprietary software. Place your sample with the fiber optic probe, select the desired integration time, and initiate scanning. The instrument records and analyzes spectra, utilizing the built-in library for rapid identification.
Q: How does the included proprietary software benefit users?
A: The operating software comes with a comprehensive spectral library, intuitive controls, and advanced data processing tools. This enables quick material identification and simplifies complex analyses, making the instrument accessible for both expert users and those with minimal spectroscopy experience.