Description
Key Features
- Full-vacuum optics for maximum stability and sensitivity.
- Unique vacuum ATR with accessible sample stage for easy handling.
- RockSolid™ interferometer with aluminum-coated optics and 30° incidence for efficiency.
- MultiTect™ supports up to 5 detectors; DigiTect™ for specialized detectors.
- Ample space for MCTs with 12–24 h holding time (optional cover).
- Dual-channel 24-bit ADC for fully digitized signal processing.
- Easy upgrades for near IR, far IR, and VIS/UV ranges.
- Touch panel with OPUS TOUCH software for intuitive and advanced R&D workflows.
- Software-selectable 5 exit and 2 input beam ports.
- 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.
Applications
- Academia: Its high flexibility and adaptability support both large-scale central facilities and specialized, customized experimental setups, making it invaluable for demanding research environments.
- Polymers and Chemistry: It supports dynamic studies of polymers, as well as the determination of volatile compounds and decomposition processes through TGA-FT-IR.
- Green Technologies: It enables the monitoring of efficiency and degradation of electrodes and other cell materials in battery research, while also characterizing the emittance behavior of materials using passive radiative cooling (PRC) materials and thermal emissivity techniques.
- Semiconductors: Additionally, FT-IR facilitates the determination of oxygen and carbon contents in silicon wafers, ensuring precise quality control in semiconductor manufacturing.
- Life Science: It enables detailed investigations of proteins in water (CONFOCHECK) and the determination of absolute molecular configurations (VCD).
- Catalysis: DRIFTS measurements in the reaction cell provide valuable insights into the dynamics of catalytic reactions, offering comprehensive analysis for catalysis research and applications.
- Astronomy and Space Technology: FT-IR technology plays a pivotal role in astronomy and space technology by determining the molecular composition of samples collected from space missions, providing valuable insights into extraterrestrial materials.
- Telecommunication: Solutions such as verTera, cryo-free bolometers, and FM technology are instrumental in studying emitters and receivers within this range
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Solid-state Physics: Bruker also offers a wide range of options for cryostat integration.
Additional information
