The probe

MR standard hole probe microscope with replaceable coil and integrated gradient, used for up to 10 mm diameter of the sample.

Brooke CyroProbe professional knowledge into MR field of microscope, is bring new opportunities for new and exciting opportunities.For special diameter of 5 mm and 10 mm of small samples, MR microscope technology benefit from the CryoProbe, nonpolar the 4 times can improve the sensitivity of the sample.

Micro2.5 is the most general MR brooke probe microscope.Combined with MicWB40 rf probe system, it provides the optimal sample size/resolution ratio.Combined with its replacement of rf coils 30 mm (2.5 -), it can be used to match with your application.

Using gradient MR microscope technology will magic Angle spinning (MAS) technology combined with a high linear gradient field, can get the image of semi solid objects and local spectrum.Provide 3.2 or 4 mm diameter rotor, can be required to provide further service.In addition to the imaging application, very slow diffusion process can strong gradient field research application.

MiniWB57R rf probe in the WB magnet provides the greatest available sampling space - space and the perfect compromise between gradient intensity.It is the main application field rodents, such as rats or mice in vivo studies.Combined with its interchangeable rf coil, it can adapt to, to match your application permanently.

Standard orifice (SB) and wide hole of MR microscope (WB) magnet products by ultra wide hole extensions and imaging (SWB) magnet frame, compared with the usual Grewat60 amplifier, the magnet has more high power gradient and gasket amplifier.

DiffBB probe is a broadband gradient, with automatic tuning module (ATM), used for all kinds of diffusion NMR diffusion investigation.10-8 to 10 to 13 m2 / s (under the condition of positive samples for 10 to 15 m2 / s).

Diff50 gradient system is a kind of high power gradient system, applicable to the spread application of wide hole magnet for very strong gradient pulse and fast switch time is optimized.