Bruker VERTEX NEO series
VERTEX NEO is the new generation of vacuum FT-IR spectrometers designed for advanced research and development applications. The platform combines high precision, flexibility, and advanced performance, enabling reliable analysis and characterization of a wide range of materials and samples.
The series includes two models, VERTEX NEO R and VERTEX NEO Ultra, designed to meet different levels of research requirements.
VERTEX NEO R
VERTEX NEO ULTRA
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VERTEX NEO R
VERTEX NEO R represents the new generation of vacuum FT-IR spectrometers designed for advanced research applications. The system focuses on flexibility, precision, and reliability, allowing adaptation to different experimental requirements.
Advantages
- New generation of vacuum FT-IR technology
- High precision and stability
- Flexible system configuration
- Designed for advanced research applications
- Adaptable to different experimental requirements
- Supports a wide range of detectors, sources, and accessories
- Suitable for complex scientific research
Applications
- Research and development
- Material characterization
- Advanced FT-IR spectroscopy
- Chemical and pharmaceutical research
- Research of new materials
- Advanced scientific and analytical applications
Technical Specifications
- Technology: Vacuum FT-IR spectroscopy
- System type: Research FT-IR spectrometer
- Configuration: Flexible and modular
- Optical system: Vacuum
- Resolution: Down to 0.16 cm⁻¹
- Wavenumber accuracy: Better than 0.005 cm⁻¹
- Detectors: Various options depending on configuration
- Measurement modes: Rapid-Scan, Step-Scan, and time-resolved spectroscopy
- Software: OPUS
VERTEX NEO ULTRA
VERTEX NEO Ultra is a high-end benchtop vacuum FT-IR spectrometer designed for the most demanding research applications. It combines the highest resolution, the widest spectral range, excellent signal-to-noise ratio, and full automation, providing maximum flexibility for advanced research.
Advantages
- Highest spectral resolution in the VERTEX NEO series
- Widest spectral range
- Excellent signal-to-noise ratio
- Fully automated system
- High precision and stability
- Vacuum FT-IR technology
- Flexible configuration
- Support for advanced FT-IR techniques
- Designed for the most demanding research applications
Applications
- Advanced research and development
- Materials science
- Characterization of complex materials
- Chemical and pharmaceutical research
- Advanced spectroscopic research
- Research into new materials and processes
Technical Specifications
- Technology: Vacuum FT-IR spectroscopy
- System type: Benchtop research FT-IR spectrometer
- Optical system: Vacuum
- Resolution: Down to 0.06 cm⁻¹
- Spectral range: Widest in the VERTEX NEO series
- Signal-to-noise ratio: Outstanding performance
- Detectors: Supports multiple detectors, depending on configuration
- Automation: Fully automated system component switching
- Measurement modes: Rapid-Scan, Step-Scan, and time-resolved spectroscopy
- Software: OPUS
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