Progeny Handheld Raman Analyzer for Raw Material Identification and Verification

Perform analytical laboratory-quality analyses of raw materials using the Progeny 1064 nm handheld Raman analyzer. Suitable for the analysis of solids, powders, liquids, and other substances, easily integrate the Progeny handheld Raman into any workflow, in any laboratory, in the production process, or for quality control of incoming and outgoing materials. Flexible and customizable, users can easily achieve 100% raw material inspection across any operation.

Image Credit:Rigaku Corporation

Suitable for pharmaceuticals, chemical manufacture, and any other process using chemicals, the Progeny handheld Raman can be used for:

Raw material identification(RMID) of pharmaceutical, nutraceutical, and cosmetic ingredients

Verificationof trial materials, chemicals, solvents, and cell culture media

Authenticationof finished products and anti-counterfeit prevention

Features and Benefits

Accurately analyze materials through packaging

Minimize the learning curve with a smartphone-inspired interface

Increase confidence in material ID with unparalleled sensitivity

Measure a wide range of materials with interference-free data

Fast and simple PASS/FAIL analysis

Expand data transfer flexibility (LIMS, wireless, and docking station)

Superior Performance with 1064 nm Raman

Rigaku Raman analyzers utilize 1064 nm excitation, which minimizes absorption by the sample. This results in stronger signals and faster analysis times. Furthermore, users can analyze materials through packaging, bringing about further efficiency gains.

Regulatory Compliance

With increasingly rigorous standards and industry-specific requirements, the progeny handheld Raman facilitates regulatory compliance by providing a complete IQ/OQ/PQ protocol package. This package is unique and truly compliant with 21 CFR Part 11 digital signatures and features an integrated camera for barcode reading to ensure error-free data entry.

Progeny is an FDA 1040, USP, EP, MHRA GMP-approved technique.