Bruker VERTEX NEO R Vacuum Research Spectrometer

Bruker VERTEX NEO R Vacuum Research Spectrometer

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Product Details:

Capacity Single or dual sample compartments with large sample area capability
Voltage 230 V
Automation Grade Fully automated operation via OPUS software
Model No VERTEX NEO R
Power Source 230 V AC, 50/60 Hz power supply
Measurement Range Mid-IR up to Far-IR range, 400010 cm (with extensions)
Core Components Michelson Interferometer, advanced detector options, vacuum system, electronics
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Bruker VERTEX NEO R Vacuum Research Spectrometer Price And Quantity

Vacuum System Integrated with automated turbo molecular pump system to minimize atmospheric interference
Detector Options Customizable (DLaTGS, MCT, photoconductive and bolometer options)
Safety CE certified, fully interlocked covers, overpressure protection
Beam Splitter Options Multiple, including KBr, Mylar; fast switching
Laser Integrated HeNe reference laser for precision alignment
Interferometer RockSolid, gold-coated optics, high stability design
Spectral Resolution Better than 0.06 cm
Software Controlled via Bruker OPUS spectroscopy suite
Purge/Vacuum Capability Internal components and sample chambers fully accessible under vacuum research conditions
Connectivity USB/Ethernet for PC interface
Accessory Compatibility Wide range of plug & play research accessories

Bruker VERTEX NEO R Vacuum Research Spectrometer Product Specifications

Accuracy Spectral resolution better than 0.06 cm
Display Type Digital LCD display via system PC interface
Measurement Range Mid-IR up to Far-IR range, 400010 cm (with extensions)
Core Components Michelson Interferometer, advanced detector options, vacuum system, electronics
Power Source 230 V AC, 50/60 Hz power supply
Temperature Range Ambient to customized temperature control (optional) for sample compartments
Frequency Mid-IR (4000 cm to 400 cm), Far-IR (up to 10 cm with special options)
Feature Broad spectral range, high vacuum-sealing, high-resolution interferometer, modular design
Dimension (L*W*H) Approx. 890 mm 670 mm 470 mm
Weight Approx. 120 kg
Voltage 230 V
Capacity Single or dual sample compartments with large sample area capability
Automation Grade Fully automated operation via OPUS software
Type Vacuum Research FT-IR Spectrometer
Usage Advanced research and analytical applications in material science, chemistry, and physics
Equipment Materials High-quality, corrosion-resistant materials with stainless steel and anodized aluminum housing
Model No VERTEX NEO R

Vacuum System Integrated with automated turbo molecular pump system to minimize atmospheric interference
Detector Options Customizable (DLaTGS, MCT, photoconductive and bolometer options)
Safety CE certified, fully interlocked covers, overpressure protection
Beam Splitter Options Multiple, including KBr, Mylar; fast switching
Laser Integrated HeNe reference laser for precision alignment
Interferometer RockSolid, gold-coated optics, high stability design
Spectral Resolution Better than 0.06 cm
Software Controlled via Bruker OPUS spectroscopy suite
Purge/Vacuum Capability Internal components and sample chambers fully accessible under vacuum research conditions
Connectivity USB/Ethernet for PC interface
Accessory Compatibility Wide range of plug & play research accessories

Product Description

Brand Bruker

Model VERTEX NEO R

Capacity 24-bit ADC

CAT No VERTEX NEO R

Application Spectroscopy

The VERTEX NEO R represents the new generation of vacuum FT-IR spectrometers, designed to set new standards in advanced research applications. With an emphasis on flexibility, precision, and innovation, it delivers the ultimate support for cutting-edge scientific exploration.

Vacuum Research Performance

Designed for high-end spectroscopy, the VERTEX NEO R uses an integrated turbo molecular pump to create a high-vacuum environment within its sample and optical compartments. This innovation ensures the reduction of atmospheric interference, making it ideal for sensitive analyses and high-resolution research across the mid-IR and far-IR spectral regions.

Flexible Detector and Accessory Options

The VERTEX NEO R supports a range of detector choices, including DLaTGS, MCT, photoconductive, and bolometer technologies, allowing users to optimize their setup for various sample types. Multiple beam splitter options such as KBr and Mylar enable fast switching and broad compatibility with numerous plug & play research accessories.

Advanced Control and Safety

All instrument operations are streamlined via Bruker's OPUS spectroscopy software, facilitating fully automated procedures. Safety is prioritized through features like CE certification, interlocked covers, overpressure protection, and user-friendly USB/Ethernet connectivity for a seamless laboratory workflow.

FAQ's of Bruker VERTEX NEO R Vacuum Research Spectrometer:

Q: How does the VERTEX NEO R minimize atmospheric interference during measurements?

A: The VERTEX NEO R is equipped with an automated turbo molecular pump system that maintains a high-vacuum environment in the sample and optical paths, drastically reducing atmospheric contributions (such as water vapor and CO2), resulting in cleaner, more accurate spectral data.

Q: What spectral resolution can be achieved with the VERTEX NEO R?

A: This instrument offers a spectral resolution better than 0.06 cm1, ensuring the ability to distinguish subtle spectral features, which is particularly beneficial for advanced materials characterization and research.

Q: When should I use the vacuum capability of the VERTEX NEO R?

A: Activating the vacuum system is particularly useful when analyzing highly sensitive samples or conducting experiments that require the elimination of atmospheric interferences. It is ideal for applications in material science, chemistry, and physics where high-resolution and low-noise spectra are critical.

Q: Where can the VERTEX NEO R be used?

A: The VERTEX NEO R is suitable for use in advanced research laboratories, academic institutions, industrial R&D facilities, and any environment that requires high-precision vibrational spectroscopy, especially in India where it is available from multiple distribution channels.

Q: What is the process for switching between detectors and beam splitters on the VERTEX NEO R?

A: The spectrometer's modular architecture allows for quick and reliable switching between various detectors and beam splitters, such as KBr or Mylar, accommodating a range of experimental needs without extensive reconfiguration.

Q: How does the OPUS software enhance usage of the VERTEX NEO R?

A: Bruker OPUS software controls all aspects of operation, from spectral acquisition to analysis and data management, and supports fully automated measurement routines, improving efficiency and ease of use for researchers.

Q: What are the main benefits of using the VERTEX NEO R for research?

A: Key benefits include high spectral resolution, a broad spectral measurement range (mid-IR to far-IR), flexible detector and accessory compatibility, robust vacuum research performance, automated operation, and advanced safety features, all within a durable, corrosion-resistant housing.

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