OXFORD DLNO300 Cryomagnet Nmr Spectroscopy

( Brand: Oxford ), ( Manufacturer Part Number: DLNO300 )

Review OXFORD Cryomagnet Nmr Spectroscopy

The Oxford DLN-300 13.5 T Cryoprobe is a state-of-the-art accessory designed for enhancing the performance of Nuclear Magnetic Resonance (NMR) spectroscopy experiments. This cryoprobe is specifically engineered for operation at a magnetic field strength of 13.5 Tesla, making it an ideal choice for high-field NMR applications.

The DLN-300 is characterized by its advanced design that incorporates a superconducting magnet with a bore diameter of 300 mm, which provides excellent homogeneity and stability. The probe head is cooled to cryogenic temperatures using liquid helium, which reduces thermal noise and enables the acquisition of high-quality NMR data with superior sensitivity and resolution.

The probe consists of a gradient coil system that delivers powerful gradients, enabling fast data acquisition and high-resolution imaging. The probe also features a versatile probe design, which includes a variety of probe heads for different NMR experiments such as one-dimensional and two-dimensional experiments, as well as solid-state NMR.

The Oxford DLN-300 13.5 T Cryoprobe is also equipped with a user-friendly interface and advanced control software, making it easy to operate and optimize experimental conditions. The probe is compatible with popular NMR spectrometer brands, providing researchers with a flexible and versatile solution for high-field NMR experiments.

Overall, the Oxford DLN-300 13.5 T Cryoprobe is a powerful and sophisticated tool for NMR spectroscopy, offering superior sensitivity, resolution, and gradient performance for a wide range of applications. Its advanced design, versatile probe heads, and user-friendly interface make it an indispensable asset for research laboratories and industrial NMR facilities.

Pros and Cons of Buying an Oxford DLN-300 13.5 T Cryomagnet for NMR Spectroscopy

The Oxford DLN-300 13.5 T Cryomagnet is a high-performance magnet designed for Nuclear Magnetic Resonance (NMR) spectroscopy. This magnet offers superior magnetic field strength, enabling researchers to acquire high-resolution NMR spectra. In this analysis, we will discuss the advantages and disadvantages of investing in this advanced NMR technology.

The Oxford DLN-300 13.5 T Cryomagnet offers a higher magnetic field strength compared to conventional NMR systems. This results in improved spectral resolution and sensitivity, allowing researchers to study complex molecules and mixtures more effectively.

A stronger magnetic field allows for better spectral discrimination, making it easier to separate signals from overlapping peaks. This is crucial for researchers working on complex samples, as it ensures accurate and reliable NMR data.

With higher sensitivity and resolution, researchers can analyze smaller sample sizes, reducing the overall cost per analysis and increasing sample throughput. Additionally, the system's advanced features enable faster data acquisition, saving time and resources.

Investing in a high-field NMR system like the Oxford DLN-300 13.5 T Cryomagnet positions your research group at the forefront of the field. This may lead to increased funding opportunities, collaborations, and recognition within the scientific community.

The advanced capabilities of the Oxford DLN-300 13.5 T Cryomagnet make it suitable for various research areas, including pharmaceuticals, materials science, and biotechnology. This versatility ensures a wide range of potential applications for your research group.

The Oxford DLN-300 13.5 T Cryomagnet is a significant investment, with a high upfront cost. This may be a barrier for smaller research groups or institutions with limited budgets.

Installing and maintaining a high-field NMR system like the Oxford DLN-300 13.5 T Cryomagnet requires specialized expertise and resources. This can lead to higher operational costs and potential downtime for the instrument.

The size and complexity of the Oxford DLN-300 13.5 T Cryomagnet necessitate a large, temperature-controlled laboratory space. This may not be feasible for all research institutions or groups.

Higher magnetic field strengths can result in longer experiment times due to increased spectral complexity. This may be a consideration for researchers working on time-sensitive projects or those with limited resources.

The Oxford DLN-300 13.5 T Cryomagnet offers numerous advantages for NMR research, including superior resolution, enhanced spectral discrimination, increased sample throughput, cutting-edge technology, and versatile applications. However, it also comes with significant challenges, such as a high upfront cost, complex installation and maintenance, space requirements, and longer experiment times.

If your research group has the financial resources, technical expertise, and laboratory space to accommodate the Oxford DLN-300 13.5 T Cryomagnet, the benefits of this advanced NMR system may outweigh the challenges. However, it is essential to carefully consider your research needs, budget, and available resources before making a decision. Alternatives, such as lower-field NMR systems or collaborating with institutions that have high-field capabilities, may be more suitable for smaller research groups or those with limited resources.

Details:

May not include focus materials that are working or tested. Fully cleaned with all non-original labels removed. Damage to lattes, hinges, keyboards, etc. Cosmetic blemishes are consistent with wear, including multiple dents, discoloration, and light to heavy scratches.

Loaded and configured with legally licensed software for full operations. Minor dents and areas of discoloration from the removal tags. Secondary functions may not be tested or working. Used equipment that has been fully restored to like-new condition with warranty.

A subset of the primary functions device that an ordinary user expects to function are verified working through manual or software tests. Meets oem specifications for full original functionality. Overall excellent cosmetic condition. No missing or damaged components parts.

Damages to latches, hinges, keyboard, etc. No damage to latches or hinges, nor any missing parts, panels, bezels, covers. New, unused equipment in original packaging where factory seals have been broken. All hardware is tested and verified working through manual or software tests.

May be missing components or parts not essential to key functions. Part numbers and serial verified accurate. Are prevalent. Zero defects.

Cosmetic blemished are significant, such as multiple heavy dents, may require repair. Software may not be loaded or configured. R2v3 Cosmetics: C4 - Used Good.

Missing Components: anything not pictured. Software not loaded or configured. May have light scratches or other minor blemishes from normal wear. Repaired with oem original parts.

All functions tested and verified working through software tests. Power supplies, cords, cables, batteries, and other basic accessories are NOT included unless stated otherwise. Some parts, panels, bezels, or covers may be missing. R2v3 Functionality: F4 - Hardware Functional.

No missing parts. Scuffs/Scratches/Marks: scratches, scuffing, and marks on unit from past use. Fully cleaned and cosmetically repaired with no blemishes. Items Included: 1x Oxford DLNO300 / 13 5 Cryomagnet for NMR Spectroscopy.

Critical parts are missing. Minor cosmetic blemishes have no impact on the systems overall functionality or performance. New, out of box, unused equipment removed from original packaging with no signs wear or alteration. No physical damage or defects.

Minor wear of labeling may be visible. No corrosion. The item has been cleaned and handled in accordance with the manufacturers instructions. No hardware defects.

Carrier Selection. Cosmetic blemishes include minor scratches and/or other surface imperfections from consistent use, but equipment is in good condition overall. No hardware or software defects. Oxford DLNO300 / 13 5 Cryomagnet for NMR Spectroscopy, Product Functionality.

Software test results are available. Verified removed from operation with no known defects in functionality. Loaded and configured with original manufacturers legally licensed software for Full operation. Sunning will palletized, band, and wrap to ensure maximum protection during transportation.

specifications labequipi:

• brand: Oxford
• mpn: Dlno300

offer labequipi:

• started: March 10, 2025
• availability: In Stock
• sold: 0
• best offers: True
• quantity: 1
• options: Ship-to-home

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• Healthcare, Lab Dental > Medical Lab Equipment, Devices > Other Medical Lab Equipment
• condition: Used

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• method: Money back
• policy: Returns Accepted
• paid by: Seller
• time: 30 Days

seller labequipi:

• # reviews: 143693
• city: Brockport, New York
• rating: 99.2%

Oxford DLNO300 Is Similar To:

• Oxford Nmr-400 Cryo-tank Cryogenic 4525 (40% similar) Complete address phone # acquired from a reliable source. Commercial or residential location, some cosmetic wear.: comes as shown. No means to test. High cost, high value equipment for a fraction of the new /replacement price. Used items have a 30-DAY return. No accessories including standard power ...(February 6th, 2025)