Anasazi provides high-performance, easy-to-use, easy to maintain, and low-cost desktop EFT-60 (60MHz) and EFT-90 (90MHz) nuclear magnetic resonance spectrometers (NMR) for scientific research.
Nuclear Magnetic Resonance
Anasazi provides high-performance, easy-to-use, easy to maintain, and low-cost desktop EFT-60 (60MHz) and EFT-90 (90MHz) nuclear magnetic resonance spectrometers (NMR) for scientific research.
EFT-60/90 is currently the only non liquid helium NMR capable of scientific research use. The data obtained based on its measurements have been published multiple times in top chemical journals such as J Am Chem Soc; J Med Chem; Macromolecules, etc. Currently, there are over 700 sets of EFT-60/90 in operationMajor universities, research institutes, and high-tech enterprisesIn addition, it constantly promotes the continuous progress of technology and research in the industry. We believe that the common choice of more than 700 users can also bring help to your research work.
EFT-60/90 can provide various configurations to meet different experimental requirements such as conventional applications and chemical structure analysis.
EFT-60/90 desktop nuclear magnetic resonance point
※ Different performance
Multifunctional:
1H, 13C and other impurity spectra can be obtained: 19F, 31P, 19Si, 23Na, 59Co
High resolution:
EFT-60 (60MHz) , Resolution 0.32Hz;
EFT-90 (90MHz) , Resolution 0.25Hz
High sensitivity:
< 0.001mmol/mL; Detecting trace samples also only requires a short time;
High stability:
Using AlNiCo permanent magnets, the magnetic field temperature stability is particularly good;
EFT-60/90 desktop nuclear magnetic resonance point
※ Low cost, easy to maintain
Low cost:
No need for liquid helium or liquid nitrogen, saving users over 100000 yuan in costs annually;
Easy to maintain:
Equipped with temperature control and earthquake resistant devices, it can adapt to complex laboratory environments;
Easy to operate:
Every student can easily complete real-time sample testing, monitoring, and experiment correction
EFT-60/90 desktop nuclear magnetic configuration
Multiple different configurations are available for selection, meeting various experimental requirements such as conventional applications and chemical structure analysis.
| Standard1H NMR system: 1H. COSY two-dimensional spectrum Solvent peak inhibition Flip restore method for measuring T1; CPMG measurement T2 Kinetic study BAPR peak position registration segmented averaging technique | Option 1, Dual Channel1H,13C 13C spectrum {1H}-13C HETCOR two-dimensional spectrum DEPT spectrum Option 2, Dual Channel1H,19F, multi-core |  |