EnSpectr R1064® is a unique instrument that enables to obtain Raman spectra in those applications where the Raman scattering signal is largely exceeded by fluorescence.
Suitable Applications
Art and Restoration
Chemical industry
Identification of counterfeit products
Applied materials science
Features
- Special TE cooling system ensures acquisition of low noise spectra
- Non-contact real-time identification
Benefits
- Lightweight and portable
- Versality and ease of use
- Fast and reliable results
EnSpectr R1064® is a unique instrument that enables to obtain Raman spectra in those applications where the Raman scattering signal is largely exceeded by fluorescence. With EnSpectr R1064® you can easily analyze gas, oils, dyes, paints, organic substances, etc.
EnSpectr R1064® is now the only portable device on the market which can see the water Raman line using a 1064 nm laser owing to its record wide spectral range. This makes it a comprehensive tool for analysis of liquids through transparent and semitransparent packaging. Due to its unique characteristics EnSpectr R1064® is an irreplaceable assistant in transport security and many other fields.
EnSpectr R1064® combines the advantage of a portable probe system with performance of a highly specialized laboratory instrument. Real-time and accurate identification of an unknown substance is achieved by comparing its unique Raman spectrum of molecular vibration (molecular “fingerprint”) to Raman spectra of reference substances stored in the spectral database.
EnSpectr R1064® performs identification through sealed bags, transparent bottles, vials and ampoules. The ease of use, single-hand operation, small size and weight of EnSpectr R1064® enables analysis of chemical substances at the point of receipt, use or delivery. Results are displayed within dozen seconds and can be accessed via the intuitive user interface. The data are retrieved remotely via the USB port.
Our Raman Analyzers easily detect the samples, just a second to identify whether it is a diamond or a stimulant like fianit. Our standard system easily confirms whether the diamond was treated or not by comparison NV- and NV0 photoluminescent lines. The size of a laser spot in focus is less than 20 microns for our standard Raman spectrometers. An essential option we add to our gemological Raman-PL analyzers is a Shutter, i.e. a special motorized plane which allows us to suppress the PL and detect Raman under these conditions. That’s a very helpful feature for working with ruby, emerald, and so on. In fact, two lasers are needed to distinguish natural diamonds from CVD and HPHT grown diamonds, i.e. 532 nm and 365.
L365 excites specific PL peaks that are featured for natural diamonds. If we see these peaks then diamonds are natural. Like N3 peak which occurs in natural diamonds.
To fix the sample you may use our sample attachments or a manual stage with a glass slide and a diamond fixed with blu tack. Rings are mounted around the glass, slide, necklace is put horizontally as well. Large minerals are measured easily in the push-&shoot mode.