![](https://centers.weizmann.ac.il/clore-hi-field-nmr/sites/center.clore-hi-field-nmr/files/styles/equipment_350x235/public/equipment_600_mhz_nmr.jpg?itok=dU_gc2hI)
1000 MHz NMR
Equipped with three customized cryoprobeheads, this flagship of the Clore Institute serves as one of the world's most advanced platforms for biomolecular and in-cell NMR research.
![](https://centers.weizmann.ac.il/clore-hi-field-nmr/sites/center.clore-hi-field-nmr/files/styles/equipment_350x235/public/equipment_7t_1.jpg?itok=k8siSm8q)
7 T Human MRI magnet
This 16-transmit / 128-receive Siemens 7 T Terra system uses advanced ultra-high-field (UHF) technologies serving as another flagship of the Institute as well as supporting Israel's Azrieli Center for Brain Imaging.
![](https://centers.weizmann.ac.il/clore-hi-field-nmr/sites/center.clore-hi-field-nmr/files/styles/equipment_350x235/public/equipment_7t_0.jpg?itok=P7vwpm_t)
3 T Human MRI scanner
This state-of-the-art Siemens Prisma 3 Tesla magnet serves as development and application platform in cancer, brain, functional and neurobiological research.
![](https://centers.weizmann.ac.il/clore-hi-field-nmr/sites/center.clore-hi-field-nmr/files/styles/equipment_350x235/public/equipment_11.75_t_3.35_t_dual_center_nmr_dnp_system.jpg?itok=oAWIGTcM)
11.75 T / 3.35 T Dual Center NMR / DNP System
Equipped with customized electronics, shuttling system and cryogenics, this is part of a development project for enhancing the sensitivity of DNP-based of solution-state NMR.
![](https://centers.weizmann.ac.il/clore-hi-field-nmr/sites/center.clore-hi-field-nmr/files/styles/equipment_350x235/public/equipment_dnp_and_dissolution_dnp_setups.jpg?itok=mWMRt2ZD)
DNP and Dissolution DNP setups
The Institute supports two Hypersense dissolution DNPs and one customized multiple-resonance 1K DNP setup for researches in biochemistry, chemistry and physics.
![](https://centers.weizmann.ac.il/clore-hi-field-nmr/sites/center.clore-hi-field-nmr/files/styles/equipment_350x235/public/equpments_solids_dnp.jpg?itok=7ND6BRC_)
Solids 9.4T DNP NMR
This MAS NMR system provides an ideal platform for high sensitivity materials research.
![](https://centers.weizmann.ac.il/clore-hi-field-nmr/sites/center.clore-hi-field-nmr/files/styles/equipment_350x235/public/equipment_18.8t_800_mhz_1h_nmr.jpg?itok=IOJio57X)
18.8T (800 MHz 1H) NMR
18.8T (800 MHz 1H) NMR spectrometer equipped with a cryoprobe for biomolecular NMR, as well as with solid state MAS and 12mm microimaging accessories.
![](https://centers.weizmann.ac.il/clore-hi-field-nmr/sites/center.clore-hi-field-nmr/files/styles/equipment_350x235/public/equipment_15t_preclinical_mri.jpg?itok=l81dZHKi)
15.2T (650 MHz) preclinical MRI
Equipped with the latest cryocoil and multiple-resonance volume and surface coil technologies, this flagship imaging system provides multinuclear access for frontier biological researches.
![](https://centers.weizmann.ac.il/clore-hi-field-nmr/sites/center.clore-hi-field-nmr/files/styles/equipment_350x235/public/equipment_hyperpolarizer.jpg?itok=UQQ9Si7f)
600 MHz solution NMR
Interfaced to a Hypersense® dissolution DNP polarizer and equipped with a cold probehead, this spectrometer provides a unique platform for sensitivity-enhanced biomolecular NMR.
![](https://centers.weizmann.ac.il/clore-hi-field-nmr/sites/center.clore-hi-field-nmr/files/styles/equipment_350x235/public/equipment_ghz_nmr.jpg?itok=6jp0f-T2)
Metabolomics-oriented 600 MHz NMR
Equipped with automatic sample changer and cryoprobeheads accomodating 5mm and 1.7mm samples, this instrument provides support for the growing metabolomics/metabonomics consitutency at the Weizmann Institute.
![](https://centers.weizmann.ac.il/clore-hi-field-nmr/sites/center.clore-hi-field-nmr/files/styles/equipment_350x235/public/equipments_600_mhz_liquids_and_solids.jpg?itok=fgOkQSuY)
600 MHz widebore NMR
Equipped with double- and triple-resonance probes spinning upwards of 60 kHz as well as with microimaging 1H and 1H/13C setups, this platform provides an ideal setup for high field experiments and applications in solids and other systems.