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FT-IR spectrometer Vertex 70, Bruker

The VERTEX 70 provides the entry level of the Bruker VERTEX Series of high performance FT-IR spectrometers for demanding analytical and R&D application. The innovative instrument design results in PEAK flexibility and PEAK performance. The fully digi

FT-IR spectrometer Vertex 70, Bruker

Contacts and Location

Contact 1 Māra Grūbe
Enquire about this equipment
Organisational Unit Institute of Microbiology and Biotechnology
    University of Latvia
Building Rīga, Jelgavas 1
Room 529

Description

The VERTEX 70 provides the entry level of the Bruker VERTEX Series of high performance FT-IR spectrometers for demanding analytical and R&D application. The innovative instrument design results in PEAK flexibility and PEAK performance. The fully digital FT-IR spectrometer features DigiTectTM technology based on parallel running dual-channel delta sigma ADC´s with 24-bit dynamic range, the ACR and AAR Automatic Components and Accessories Recognition as well as the BRAIN Bruker Artificial Intelligence Network which guarantees PEAK signal-to-noise ratio and reliable user friendly instrument operation.

Specification

• Sealed and desiccated optics bench, optionally purgeable • RockSolidTM cube corner mirror based interferometer • Up to 5 exit and up to 2 input beam ports remotely selectable • Options for automated internal dual sources and dual detectors • Automatic sample compartment shutters optional • Easy beamsplitter exchange with permanent interferometer alignment • Wide range MIR & FIR beamsplitter covering 6000 to 10 cm-1 in one step • Near IR, visible/UV and far IR/THz spectral range extensions • Highest sensitivity due to parallel dual channel 24-bit dynamic range ADC´s • Unique Bruker BRAIN spectrometer technology • Rapid Scan, Slow Scan and Step Scan options for modulation and time resolved spectroscopy (TRS) • Complete and integrated OPUSTM operation and evaluation software • Availability of vacuum optics bench system VERTEX 70v

Services

The standard spectral resolution of better than 0.4 cm-1 is suitable for most measurements of solids, liquids and low temperature crystalline samples.

Funding Source

EU Structual Funds (ERAF, ESF) -
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