ELODIZ NEEGALA™ RAMAN

The ELODIZ NEEGALA RAMAN™ system is currently the only compact multi-laser device to offer research-grade performance whilst maintaining ease of use. The system combines flexibility, unprecedented functionality and unparalleled design with full control via software. It consists of ultra-stable diode lasers and high-performance spectrometers, designed to operate in a variety of modes to address the limitations of single-line portable or modular Raman units.

With the traditional single-laser line products the user is restricted to a preselected setup no matter how complex the application or analysis the device is to be used for. This is not the case with our NEEGALA™. A multiline compact Raman device is much more than just a combination of two single-line units. The integration of multiple laser lines in a single device that does not require any user manipulation makes this product extremely versatile and open to a broad number of applications which, until now, were limited to bulky and lab-based research grade Raman instruments. No manual user manipulation to adjust lasers means there is also lesser risk to damage the sample and/or the device.

Teaching laboratories, quality assurance services or quality control support laboratories, where the use of a single laser line might not be sufficient, can benefit greatly from the flexibility in operations that the NEEGALA™ Raman system offers. With the optional use of a single fibre optic probe (NEEGALA™ probe) that allows a combination of 2 bilateral laser lines, without no signal interference, and no manual intervention to use either of the laser lines, the safety of operations has no precedent in the industry.

The broad spectral range of the short wavelength offers unparallel spectral range for a compact Raman device while the higher wavelength line is used for higher resolution with a carefully  balance throughput of the spectrometers. The laser power, spectral range, signal to noise ratio are all carefully balanced between the 2 channels to offer a stable operation of the system.

Specifications

Feature
Neegala Option 1
Neegala Option 2
Laser Wavelength (nm)
 532nm & 785nm 532nm & 830nm
Spectral Range
Spectral Raman Resolution (cm-1)
Max Laser Power (mW)
Laser Stability
Laser FWHM
Spectrometer Resolution (Ne lamp measurement)
Operation
 Neegala single fiber probe with 2 channels or 2 individual probes (one per channel) Fibres are 1m long Neegala single fiber probe with 2 channels or 2 individual probes (one per channel) Fibres are 1m long
Optional Operation Modes
 Single laser line; synchonised mode; sequential mode ; timing mode Single laser line; synchonised mode; sequential mode ; timing mode
Spectrometer Type
 C-T f# C-T f#
Slit
 10um 10um
Unit Calibration
 Permanent calibration compliant with EU CHARISMA protocols for Raman standardisation Permanent calibration compliant with EU CHARISMA protocols for Raman standardisation
Spectral Stability
Size (WxDxL) (mm)
Weight (Kg)
Laser Classification
 Class 3b Class 3b
NA Fiber
Standard Spot Size
Focal Length
Standard Working Distance
Detector Tyle
Stabilisation Time
 2 minutes from turning unit ON 2 minutes from turning unit ON
Software Control
 SpecSoft by ELODIZ, under Windows 10 SpecSoft by ELODIZ, under Windows 10
PC Connection
 USB 3.0 or ethernet USB 3.0 or ethernet

Supported Industries

  • Art conservation & Archaeology studies
  • Bioscience and Medical Diagnosis
  • Surface enhancement Raman spectroscopy
  • Polymers and Chemical Processes
  • On-line Reaction monitoring
  • Semiconductor & Solar Industry
  • Geology, Gemmology and Mineralogy
  • Pharmaceutical Industry*
  • Environmental Science
  • Police and Forensic Analysis
  • Teaching laboratories and Physics
  • Quality Control and Quality Assurance
  • General Research

Key Applications

  • Direct Raman analysis of samples with selected laser lines
  • Reaction monitoring / PAT analysis using immersion safe fiber-optic probe shaft accessory
  • Attachment to other accessories for process analysis
  • Studying changes or distribution of composition across a sample, and/or with time e.g. stability of pharmaceutical preparations, sample homogeneity in pharmaceuticals and additives and crystallinity in polymers

Spectroscopy solutions

With a wealth of expertise in laser-based instrumentation and engineering services, we are the best partner to help you overcome any analytical challenges.