The Next Generation for Vacuum FT-IR Research
The VERTEX NEO R is a next-generation vacuum FT-IR spectrometer, built to set new benchmarks in advanced research applications. With its more powerful electronics, flexible optics bench, and all-new vacuum ATR technology, the VERTEX NEO R is a revolutionary instrument that will push the limits of scientific discovery. Its emphasis on sensitivity, precision, and flexibility provides the ideal foundation for academic and industrial research applications.
Image Credit: Bruker Optics GmbH & Co. KG
Why Vacuum FT-IR?
Vacuum FT-IR Spectroscopy | Sensitivity |Step Scan| THz
Video Credit: Bruker Optics GmbH & Co. KG
Key Features
- Full vacuum optics provide the greatest stability and sensitivity
- Unique vacuum ATR with an accessible sample stage for ease of use
- The RockSolid™ interferometer features gold-coated optics and a 30° incidence for efficiency
- MultiTect™ supports up to 5 detectors, with additional user-exchangable DigiTect™ detector slot
- Superior Rapid, Slow, Step, and Interleaved TRS scanning modes for time-resolved measurements
- THz extension with a separated optical path
- Compatible with VERTEX and INVENIO modules and accessories
- Large compartment for bulky accessories
- LED light bar indicates instrument status
- Ample area for MCTs with a holding time of 12–24 hours (optional cover)
- A dual-channel 24-bit ADC allows for fully digitized signal processing
- Simple upgrades for the near IR, far IR, and VIS/UV ranges
- Touch panel with OPUS TOUCH software for easy and advanced R&D procedures
- Software-selectable 5 exit and 2 input beam ports
The First True Vacuum ATR
Image Credit: Bruker Optics GmbH & Co. KG
This special vacuum ATR attachment offers an evacuated beam path with a freely accessible sample stage for consistent measurements and easy sample handling. By eliminating ambient interference, full vacuum ATR technology transforms FT-IR analysis and enables ultra-clear, high-precision observations.
This innovation is perfect for studying sensitive or low-concentration samples since it makes it possible to detect minute molecular features, especially in the mid- and far-IR wavelengths. Full vacuum ATR pushes the boundaries of the research capabilities with its unmatched sensitivity and accuracy.
More Flexibility in Detector Positioning
Image Credit: Bruker Optics GmbH & Co. KG
The VERTEX NEO R has a novel optical path design that maintains the advantages of the DigiTect™ slots while integrating the MultiTect™ automated five-position room-temperature detector unit in a vacuum environment. This provides users with a variety of configuration options, including one LN2 detector, two LN2 detectors, or up to five room-temperature TE-cooled detectors.
All detector setup options support automatic detector switching without sacrificing the vacuum. Furthermore, a common feature that guarantees excellent performance over long periods is support for a 12-hour temperature-holding LN₂-cooled detector.
Variety of Solutions for Cryo-Free Far-IR Measurements
Image Credit: Bruker Optics GmbH & Co. KG
Without obstructing detector placements, the hybrid CW/FIR verTera THz extension is completely integrated into the VERTEX NEO R optical path, expanding the spectral range to 3 cm–1 (< 90 GHz) with a resolution < 0.0007 cm–1 (< 20 MHz).
The same sample chamber and accessories are used for both FT-IR and THz measurements. A closed-cycle He-cooled bolometer offers great far-IR sensitivity and lower overhead. Bruker's renowned FM technology for simultaneous far- and mid-IR measurements is also supported by the VERTEX NEO R.