D2-650-IE
Fast Scanning Magnet
Features
- Compact and low mass
- Suitable for fixed or gantry installations
- Low-inductance
- Fully laminated yokes
- Integrated coolant and current connections
- Flexible mounting options
- Over-temperature interlocks switches on each coil
- Supplied as a tested system complete with scan amplifiers.
Applications
- Proton therapy pencil beam scanning (step and shoot and continuous scanning modes)
Options
- Integrated Hall probes
- Standard or rotated mounting
- Customer survey and alignment features
- Position adjustment system for fixed beamline applications
What's Included
- D2-650 double dipole scan magnet assembly fitted to precision aluminium subplate
- Internal cooling connections
- Thermal interlock loop
- H20 and two MFP-30 Hall probes (optional)
- IECO MPS-400-350-PY two axis high current amplifier system and DC bus supply
- Independent redundant current transformers for coil current validation
- X32 amplifier interface unit and three M10 fiber-optic interfaced devices for control and monitoring, mounted internally in scan amplifier cabinet
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Proton Therapy
Proton therapy is well established for the treatment of localized cancer tumors, especially when there are vital organs close by. This healthy tissue sparing makes it the method of choice for maintaining quality of life and especially for treating children. The proton beam delivery is fast and painless.
Proton therapy centers worldwide use Pyramid sensors, electronics, and software. Pyramid offers products for complete systems, sub-systems, or components. For more information see our Pencil Beam Scanning Brochure
Magnetics
Pyramid offers high speed scanning magnets and Hall probes suitable for pencil beam scanning proton therapy systems. We are experienced at implementing the control systems for particle accelerators and their beamlines. Our devices are proven in the accelerator beamline environments.
Pyramid is pleased to work with FMB-Oxford Ltd to supply products to the international synchrotron light source beamline community.
