Raman Spectrometers
Raman UNIKA
The ELODIZ UNIKA is a compact single-channel (532nm or 785nm) Raman system that offers research-grade performance whilst maintaining simplicity and ease of use. The system is flexible and upgradeable up to three laser channels enabling expansion of data with the user’s growing analytical requirements.
| Laser Wavelength | 532nm or 785nm |
| Spectral Range | 532nm: 200 .. 4200 cm-1 785nm: 200 .. 3000 cm-1 |
| 532nm: 7 cm-1 @ 2520 cm-1785 nm: |
|
| Max Laser Power | 532 nm: 80 mW 785 nm: 300 mW |
| Adjustable laser | 532 nm – in 10% steps
785 nm – in 1% steps |
| Operation | Standard 2m long fibre-optic probe included (other models and lengths available on demand) |
| Slit | 10um |
| Unit Calibration | Permanent factory calibration under EU CHARISMA protocols for standardisation |
| Size (WxDxL) | 31x31x16 cm (portable version) 43x43x18 cm (rack version) |
| Weight (Kg) | 5.5 |
| NA Fibre | 0.22 |
| Detector Type | Si based CCD detector |
| Software Control | SOMPAS by ELODIZ, under Windows 10/Windows 11, Linux (Ubuntu 20.04 LTS) |
| PC Connection | Ethernet; device also includes two built-in USB connectors |
*subject to change without notice
Supported Industries
Art conservation and archaeology studies
Bioscience and Medical Diagnosis
Surface enhancement Raman spectroscopy
Polymers and Chemical Processes
Online Reaction monitoring
Semiconductor & Solar Industry
Geology, Gemology 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 line
Reaction monitoring/PAT analysis using
Process analysis
Academic research
Raman NEEGALA™
ELODIZ NEEGALA™ is our most popular compact multi-laser system that offers research-grade performance while maintaining ease of use. The system combines flexibility, functionality, and user-friendly 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.
| Laser Wavelength | 532nm & 785nm |
| Spectral Range | 532 nm: 200 .. 4200 cm-1 785 nm: 200 .. 3000 cm-1 |
| Spectral Raman Resolution |
532 nm: 785 nm: |
| Max Laser Power | 532 nm: 80 mW 785 nm: 300 mW |
| Adjustable laser |
532 nm – in 10% steps 785 nm – in 1% steps |
| Operation | Neegala™ 2 individual probes (one per channel); standard 2m long fibre-optic probe (other models and lenghts available on demand) |
| Slit | 10um |
| Unit Calibration | Permanent factory calibration under EUROPEAN CHARISMA protocols for standardisation |
| Size (WxDxL) (mm) | 31x31x16 cm (portable version) 43x43x18 cm (rack version) |
| Weight (Kg) | 7 |
| NA Fibre | 0.22 |
| Detector Type | Si based CCD detector |
| Software Control | SOMPAS by ELODIZ, under Windows 10/Windows 11, Linux (Ubuntu 20.04 LTS) |
| PC Connection | Ethernet; device also includes two built-in USB connectors |
*subject to change without notice
Supported Industries
Art conservation and archaeology studies
Bioscience and Medical Diagnosis
Surface enhancement Raman spectroscopy
Polymers and Chemical Processes
Online Reaction monitoring
Semiconductor & Solar Industry
Geology, Gemology 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
Raman DUPLA™
The ELODIZ DUPLA™ Raman system is another of our compact multi–lay Raman devices offering research-grade performance while maintaining ease of use. The product can detect low signal levels and provide long-term operational stability – features required in a broad number of applications. This makes DUPLA the ideal partner for general material characterization and reaction monitoring processes.
| Laser Wavelength | 532 & 532 nm | 785 & 785 nm |
| Spectral Range | 200 .. 4400 cm-1 | 200 .. 3000 cm-1 |
| Spectral Raman Resolution | 7 cm-1 @ 2520 cm-1 | 5 cm-1 @ 968 cm-1 |
| Max Laser Power | 80 mW | 300 mW |
| Adjustable laser | In 10% steps | In 1% steps |
| Operation | 2 individual probes (one per channel); standard 2m long fibre-optic probe (other models and lengths available on demand) | 2 individual probes (one per channel); standard 2m long fibre-optic probe (other models and lengths available on demand) |
| Slit | 10um | 10um |
| Unit Calibration | Permanent factory calibration, under EUROPEAN CHARISMA protocols for standardization | Permanent factory calibration, under EUROPEAN CHARISMA protocols for standardization |
| Size (WxDxL) (mm) | 310x310x160 (portable version) 430x430x180 (rack version) |
310x310x160 (portable version) 430x430x180 (rack version) |
| Weight (Kg) | 7 | 7 |
| NA Fibre | 0.22 | 0.22 |
| Detector Type | Si based CCD detector | Si based CCD detector |
| Software Control | SOMPAS by ELODIZ, under Windows 10/Windows 11, Linux (Ubuntu 20.04 LTS) | SOMPAS by ELODIZ, under Windows 10/Windows 11, Linux (Ubuntu 20.04 LTS) |
| PC Connection | Ethernet/on demand touchscreen interface | Ethernet/on demand touchscreen interface |
*subject to change without notice
Supported Industries
Art conservation and archaeology studies
Bioscience and Medical Diagnosis
Surface enhancement Raman spectroscopy
Polymers and Chemical Processes
Online Reaction monitoring
Semiconductor & Solar Industry
Geology, Gemology 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
Raman TRIPLA™
ELODIZ TRIPLA™ is a compact multi-channel Raman system that offers three independent optical paths that can be run simultaneously to transform your experiment. The ability to integrate three Raman setups in a single device makes TRIPLA particularly valuable in reaction monitoring and process control, where multiple readouts can be simultaneously obtained via three different probes.
| Laser Wavelength | 532nm and/or 785nm + another laser wavelength** |
| Spectral Range | Any combination of the below
532nm: 200 .. 4200 cm-1 |
| Spectral Raman Resolution | 532nm: 7 cm-1 @ 2520 cm-1785 nm: 5 cm-1 @ 968 cm-1 |
| Max Laser Power | 532 nm: 80 mW 785 nm: 300 mW |
| Adjustable laser | 532 nm – in 10% steps
785 nm – in 1% steps |
| Operation | Standard 2m long fibre-optic probe included (other models and lengths available on demand) |
| Slit | 10um |
| Unit Calibration | Permanent factory calibration under EU CHARISMA protocols for standardization |
| Size (WxDxL) | 31x31x16 cm (portable version) 43x43x18 cm (rack version) |
| Weight (Kg) | 9 |
| NA Fibre | 0.22 |
| Detector Type | Si based CCD detector |
| Software Control | SOMPAS by ELODIZ, under Windows 10/Windows 11, Linux (Ubuntu 20.04 LTS) |
| PC Connection | Ethernet; device also includes two built-in USB connectors |
*subject to change without notice
**other laser models (632/830) available on demand
Supported Industries
Art conservation and archaeology studies
Bioscience and Medical Diagnosis
Surface enhancement Raman spectroscopy
Polymers and Chemical Processes
Online Reaction monitoring
Semiconductor & Solar Industry
Geology, Gemology and Mineralogy
Pharmaceutical Industry
Environmental Science
Police and Forensic Analysis
Teaching laboratories and Physics
Quality Control and Quality Assurance
General Research
Key Applications
Multiple chemical reaction monitoring (simultaneous multipoint analysis with one single device)
Process control with 1, 2 or 3 independent channels
High throughput Quality Control Assurance environments
Multiple setups and laser configurations in the Production chain (versatile and flexible Raman configurations with little to no user interaction)