Technology From: TSI Inc.

ProRaman-I

ProRaman-I Series Raman analysers are high performance Raman systems suitable for industrial on-line processing applications requiring a high sensitivity Raman instrument at an affordable price.

The ProRaman-I systems feature a 785nm frequency-stabilised laser, high sensitivity CCD spectrograph with CCD cooled to -60°C and a high throughput laboratory fibre optics probe. The system has 7 cm-1 spectral resolution with spectral coverage from 250 to 2,350cm-1.

Key Features

• High Sensitivity Raman System for Industrial Process Monitoring
• High Power, NIR, Frequency Stabilised, Narrow Line Width Excitation Source
• Optimum optical design for rapid analysis with short exposure times
• High Sensitivity spectrograph, CCD detector TE cooled to -60°C
• Immersible fibre optic Probe ( O.D. > 8 )

Technology From: TSI Inc.

ProRaman-W

The ProRaman-W Series Raman analysers are high performance Raman instruments suitable for industrial on-line applications requiring high sensitivity Raman instruments at an affordable price.

The ProRaman-W system features a 785nm frequency stabilised laser, high sensitivity CCD spectrograph with CCD cooled to -60°C and high throughput laboratory fibre optics probe. The system has 10 cm-1 (Optional 6 cm-1) spectral resolution with spectral coverage from 250 to 3,200cm-1.

Key Features

• High Sensitivity Raman System for Industrial On-Line Process Monitoring
• High Power, NIR, Frequency Stabilised, Narrow Line Width Excitation Source
• CCD Cooled to -60°C
• Spectral Resolution ∼10 cm-1 (Optional 6 cm-1), Spectral Coverage ∼250-3,200 cm-1 (785nm excitation)
• High Performance Fibre Probe ( O.D. > 8 )
• Best Performance/Cost

Technology From: Renishaw

RA100 Raman Analyser

The Renishaw RA100 is a compact Raman system for process monitoring and bulk material analysis. It enables in situ Raman monitoring in the laboratory, pilot plant, or process line.

RA100 Raman analysers are used in the hard disc industry for the quality control of diamond-like carbon (DLC) protective films. They are used with the DLC analyser station, which allows users to load and analyse hard disc platters close to the production line.

In this case, the Renishaw custom analysis program is pre-configured to analyse several positions on the disk and then output the results in an easy to interpret form (as a table, ratio, or simple 'pass' or 'fail').

These systems have enabled users to improve yield and dramatically cut costs.

Key Features

• Rugged components for an extended trouble-free lifetime
• Optimum optical design for rapid analysis with short exposure times
• Modular architecture allows rapid switch-over of components to reduce down-time
• Simple turnkey operation ensures the system is very easy to use and requires little operator training
• Cooled detector for high sensitivity, enabling the analysis of thin samples or weak scatterers
• Clean room design is suitable for Class 100 clean room environments
• Multiple sampling stations. With up to four sampling stations per control unit, users have great flexibility of deployment, and can achieve considerable system cost reductions
• Remote sampling. Each sampling station may be 100m away from the control unit (with optional extended cables), allowing monitoring at a variety of locations simultaneously
• Multiple laser support. Up to four lasers (of the same or differing wavelengths) can be used, each one serving one or more sampling stations
• Internal calibration source enables the system to be calibrated rapidly and easily; data integrity is ensured, without time-consuming long calibration runs
• Optional external reference source enables intensity values to be calibrated and compared between different instruments
• Uses Renishaw data and user-interface standards so that current Raman microscope users can begin operating the RA100 with minimal training
• Custom analysis program (CAP) enables solutions to be tailored to individual customers needs
• Multi-library search capability allows spectral libraries to be grouped and searched together to give a very wide coverage