Bruker RAM II FT Raman Spectrometer

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Product Details:

Model No RAM II
Capacity Single or dual-channel FT-Raman capability; sample capacity depends on sample holder and configuration
Voltage 220 V AC
Accuracy Spectral resolution up to 4 cm; wavelength accuracy 0.01 cm
Measurement Range 503500 cm
Frequency Laser excitation at 1064 nm standard; optional 785 nm
Temperature Range Ambient up to 600 C (with optional heating stages)
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Bruker RAM II FT Raman Spectrometer Price And Quantity

Bruker RAM II FT Raman Spectrometer Product Specifications

Weight Approx. 42 kg (main module) varies based on configuration
Model No RAM II
Dimension (L*W*H) Approx. 485 x 520 x 320 mm (main module)
Voltage 220 V AC
Measurement Range 503500 cm
Display Type External computer-based control and analysis; digital interface
Type Fourier Transform Raman Spectrometer
Accuracy Spectral resolution up to 4 cm; wavelength accuracy 0.01 cm
Capacity Single or dual-channel FT-Raman capability; sample capacity depends on sample holder and configuration
Usage Highly sensitive FT-Raman spectroscopy for research or quality control
Temperature Range Ambient up to 600 C (with optional heating stages)
Frequency Laser excitation at 1064 nm standard; optional 785 nm
Equipment Materials Optical unit with precision stainless steel/aluminum; laser-safe enclosure; high-quality optical components
Power Source 220 V AC, 50/60 Hz
Automation Grade Semi-automatic with motorized accessory support
Core Components Nd:YAG Laser, Michelson Interferometer, High sensitivity Ge detector, Sample compartment, computer interface
Feature Dual channel operation, High S/N ratio, Laser-safe specimen chamber, Full FTIR compatibility, Modular design

Laser Power Up to 500 mW at 1064 nm
Optical Design Dual-channel optics for simultaneous FTIR/Raman measurement
Spectral Resolution Up to 4 cm (standard); optional higher resolution configurations
Data Output Interface USB/Ethernet to PC, OPUS software compatibility
Accessories Comprehensive range including automatic sample changers, variable temperature cells, fiber optics probes
Detector Type Liquid Nitrogen-cooled Germanium detector
Software Bruker OPUS Raman/FTIR suite; advanced data processing and analysis

Product Description

Brand Bruker

Model RAM II

Capacity 3600 50 cm-1

CAT No RAM II

Application Spectroscopy

The RAM II is the first dual channel FT-Raman module that can be coupled to the INVENIO and VERTEX FT-IR research spectrometer series. Utilizing the input and output port of an INVENIO, VERTEX 80 or the vacuum instruments VERTEX 70v and VERTEX 80v the RAM II provides the ideal FT-Raman measurement device. The intuitive, easy-to-use OPUS software controls all data collection and manipulation functions for the system and allows automated switching between FT-Raman and FT-IR measurements.

Dual-Channel FT-Raman and FTIR Capability

The RAM II allows for concurrent FT-Raman and FTIR data acquisition thanks to its dual-channel optical configuration. This enables comprehensive molecular characterization in a single workflow, saving time and facilitating advanced analytical applications. Users can easily switch between modes or operate both, depending on experimental requirements.

Advanced Detection and Precise Temperature Control

Equipped with a liquid nitrogen-cooled Germanium detector, the spectrometer ensures excellent sensitivity and low noise. Optional heated sample stages let users analyze materials across a wide temperature range (ambient to 600 C), optimizing versatility for studying temperature-dependent phenomena.

Flexible Modular Design and Accessories

The RAM II's robust enclosure and extensive accessory options, including automatic sample changers and fiber optic probes, support a broad spectrum of sample types and workflows. Its modular design allows for seamless upgrades and reconfiguration, accommodating evolving laboratory needs with ease.

Seamless Software Integration and Data Management

With compatibility to Bruker OPUS Raman/FTIR suite, the RAM II offers comprehensive data processing, advanced analysis, and intuitive control. Its USB/Ethernet output ensures fast and reliable data transfer to any PC, streamlining your spectroscopic experiments and ensuring data integrity.

FAQ's of Bruker RAM II FT Raman Spectrometer:

Q: How is the Bruker RAM II FT Raman Spectrometer used in laboratory environments?

A: The RAM II is used for non-destructive, highly sensitive structural and chemical analysis of organic and inorganic samples, suitable for both research and quality control. With dual FT-Raman and FTIR channels, scientists can perform simultaneous measurements, enhancing productivity and data richness in the lab.

Q: What sample types and measurements can the RAM II accommodate?

A: The spectrometer supports a diverse range of samples-solids, powders, liquids-with dedicated accessories such as variable temperature cells, automatic changers, and fiber optic probes. It covers a spectral range from 50 to 3500 cm1 and can be configured for specialized applications using various sample holders.

Q: When should users opt for the dual-channel operation feature?

A: Dual-channel operation is particularly beneficial when comprehensive molecular characterization is needed, or when comparing Raman and FTIR spectra from the same specimen is essential. This feature is advantageous for complex material studies, pharmaceuticals, and advanced research requiring distinct yet correlative datasets.

Q: Where is the data output from the RAM II handled and analyzed?

A: Data collected by the RAM II is output via USB or Ethernet interfaces to an external PC. The Bruker OPUS software suite provides powerful tools for spectral processing, analysis, and reporting, ensuring that users can efficiently manage and interpret their results.

Q: What is the process for changing experimental configurations or accessories?

A: Thanks to its modular architecture, users can easily add or switch accessories such as automatic sample changers or various temperature stages. The RAM II supports semi-automatic configuration with motorized accessory support, allowing quick adaptation to different experiment needs.

Q: How does the instrument ensure laser safety and sample protection?

A: The RAM II features a laser-safe specimen chamber and precision-built stainless steel/aluminum housing to safeguard users and samples during high-powered (up to 500 mW at 1064 nm) laser operation. This design protects both sensitive samples and laboratory personnel.

Q: What benefits does the RAM II offer over traditional Raman spectrometers?

A: Key benefits include dual-channel FTIR/Raman capability, outstanding signal-to-noise ratio, precise temperature control, extensive accessory compatibility, fast data handling, and robust automation options. These features make it a future-proof instrument for demanding research and industrial quality assurance tasks.

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