Nuclear Magnetic Resonance (NMR) Spectrometer
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Overview
Product Overview
The Nuclear Magnetic Resonance (NMR) Spectrometer is an advanced analytical instrument designed for the identification, structural elucidation, and quantitative analysis of chemical compounds based on their interaction with a strong magnetic field and radiofrequency radiation. It provides detailed molecular-level information, making it an essential tool for research, quality control, and advanced analytical applications.
The system operates on the principle of nuclear magnetic resonance, where atomic nuclei absorb and re-emit electromagnetic radiation in the presence of a magnetic field. This enables precise determination of molecular structure, chemical environment, and dynamic behavior of compounds with high accuracy and reproducibility.
Designed for versatility, the NMR spectrometer supports a wide range of experiments including one-dimensional (1D) and multi-dimensional (2D) NMR techniques. It is capable of analyzing various sample types such as liquids, solids, and semi-solids, making it suitable for diverse analytical requirements.
The instrument is widely used across industries including pharmaceuticals, chemicals, petrochemicals, food analysis, materials science, and academic research. It enables applications such as structural determination, purity assessment, reaction monitoring, metabolomics, and polymer analysis.
Equipped with advanced data acquisition and processing software, the system provides real-time spectral analysis, automated experiment control, and comprehensive data interpretation. Its modular and scalable design allows integration with various probes, magnets, and accessories to meet evolving analytical needs.
Overall, the Nuclear Magnetic Resonance Spectrometer offers a robust, highly sensitive, and versatile solution for molecular characterization, delivering high-resolution data and reliable performance across a wide range of laboratory environments.
Key Features
- Advanced molecular characterization capability enabling detailed structural elucidation and compound identification
- High spectral resolution and sensitivity for accurate detection of chemical environments and molecular interactions
- Support for a wide range of NMR experiments including 1D and multi-dimensional (2D and higher) techniques
- Capability for both qualitative and quantitative analysis across diverse sample types
- Compatibility with multiple nuclei detection (e.g., ¹H, ¹³C, and other nuclei depending on configuration)
- Flexible probe and sample handling system suitable for liquid, solid, and semi-solid samples
- High magnetic field stability ensuring consistent and reproducible spectral results
- Advanced pulse sequence programming for customized and application-specific experiments
- Efficient data acquisition with high-speed digital signal processing
- Integrated software for real-time spectral acquisition, processing, and interpretation
- Automated tuning, shimming, and calibration features for ease of operation
- Support for applications such as structure determination, purity analysis, reaction monitoring, metabolomics, and polymer analysis
- High repeatability and reproducibility suitable for research, quality control, and regulatory environments
- Modular and upgradeable system architecture to accommodate future enhancements and additional capabilities
- Compatibility with automation options such as sample changers and temperature control units
Specifications
| Parameter | Value |
|---|---|
| Instrument Type | Nuclear Magnetic Resonance (NMR) Spectrometer |
| Principle | Measurement of nuclear magnetic resonance signals in a magnetic field using radiofrequency excitation |
| *Magnet System* | >>> |
| Magnet Type | Permanent magnet / superconducting magnet or equivalent |
| Field Strength | Wide range (e.g., ~40 MHz to 800 MHz or higher, depending on configuration) |
| Field Stability | High stability suitable for high-resolution measurements |
| Field Homogeneity | Optimized for accurate spectral resolution |
| *RF System* | >>> |
| Frequency Range | Compatible with selected magnetic field strength |
| RF Channels | Single or multi-channel (expandable) |
| Pulse Programming | Advanced pulse sequence capability for customized experiments |
| Power Amplifier | High stability RF amplification system |
| *Probe System* | >>> |
| Probe Type | Liquid-state / solid-state / HR-MAS or equivalent |
| Multi-nuclei Capability | Support for ¹H, ¹³C, and other nuclei (depending on configuration) |
| Probe Compatibility | Interchangeable probes for different applications |
| Temperature Control | Variable temperature capability (optional/if applicable) |
| *Sample Handling* | >>> |
| Sample Types | Liquids, solids, semi-solids |
| Sample Tubes | Standard NMR tubes or equivalent |
| Automation | Optional auto-sampler/sample changer compatibility |
| *Data Acquisition & Processing* | >>> |
| Digital Resolution | High-resolution data acquisition system |
| Sampling Rate | High-speed digitization |
| Signal-to-Noise Ratio | Optimized for sensitive detection |
| Software Features: | --- |
| Real-time data acquisition | - |
| Fourier transform and spectral processing | - |
| Phase and baseline correction | - |
| Quantitative and qualitative analysis | - |
| Multi-dimensional data processing | - |
| Method development and storage | - |
| Automated report generation | - |
| *Experiment Capabilities* | >>> |
| 1D NMR Experiments | e.g., ¹H, ¹³C |
| 2D and Multi-dimensional NMR | e.g., COSY, HSQC, HMBC or equivalent |
| Quantitative NMR | qNMR |
| Diffusion and relaxation measurements | if applicable |
| Kinetic and reaction monitoring studies | - |
| *Performance & Reliability* | >>> |
| High spectral resolution and sensitivity | - |
| Excellent repeatability and reproducibility | - |
| Stable baseline with minimal noise | - |
| Suitable for continuous and advanced research applications | - |
| *Utilities & Requirements* | >>> |
| Power Supply | Standard laboratory power (e.g., 220–240 V, 50 Hz or equivalent) |
| Cooling Requirements | Cryogens (for superconducting systems) or equivalent cooling system |
| Environmental Conditions | Controlled laboratory environment |
| *Safety & Compliance* | >>> |
| Built-in safety features including magnet safety and system diagnostics | - |
| Compliance with relevant international standards | CE/ISO or equivalent |
| *System Configuration* | >>> |
| Complete system including: | - |
| Magnet system | - |
| RF console | - |
| Probe(s) | - |
| Control and processing software | - |
| Computer system | if required |
| Standard accessories and consumables | - |
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