SWB Probes – MiniSWB90

Bruker’s vertical super wide bore (SWB) magnets provide a sample space up to a diameter of 66 mm. Therefore it is Bruker’s largest vertical magnet system with a room temperature bore diameter of 154 mm. The MiniSWB90 super wide bore rf probe is optimized for material research and the investigation of process parameters. The system is equipped with a combined SWB gradient/shim system. An additional WB shim system can be mounted optionally. All SB and WB gradients, shims and MR microscopy, MR diffusion, and solid-state probes and are compatible, making it suitable for every purpose. The SWB driver hardware is required to drive the amplifier rack from a standard spectrometer delivering up to 200 A and creating a maximum gradient strength of 785 mT/m. The SWB system is available in a 300 or 500 MHz configuration. 

• Super Wide Bore Probe
• Gradient strength of up to 785 mT/m, water cooled
• Compatible to high resolution and solid state applications
• Small footprint
• Available probes:
  - 66 mm ID ¹H Quadrature Probe
  - 40 mm ID ¹H Quadrature Probe
  - 66 mm ID ¹H/X Probes
  - 40 mm ID ¹H/X Probes
  - All other probes on request
• Optional Variable Temperature Control (compatible to BSVT, BCU)

• Optional SB and WB shim coils to use standard SB/WB probes in the SWB magnet

MR microscopy & MR diffusion applications team: micdiff@bruker.com