Magnet coils - Import export

1-off or by the 1000. Tesla design, prototype and productionise specialist magnets for applications in high energy physics, medicine and industry. Tesla Engineering Ltd's first products were resistive magnets and this is still a key part of our business activity. Many of the World's research institutions have magnets and coils supplied by Tesla that have been reliable and in service for more than 30 years. Tesla designs and manufactures resistive magnets for a varied range of applications. Amongst these are magnets for: Beam line optics for high energy physics Ion implantation Magnets and coils for wind or water power generation Novel therapeutic applications Semi-conductor manufacture Electron beam processing Nuclear Fusion ** Click for more **

Tesla manufacture a wide range of Superconducting magnets for OEM clinical and research MRI systems. Tesla Engineering is pleased to announce a next generation whole body 9.4T magnet and HFC14 gradient system has now been successfully tested and is being supplied to an academic research facility in Asia.The Tesla portfolio of UHF products includes the Compact 7T whole body active shield magnets, 9.4T whole body zero‐ boil off magnets, and 11.74T head only magnets as well as a full range of state‐of‐the‐art high field gradient coils. These UHF magnet and gradient systems are used for scientific and medical research, for structural and functional imaging of the brain and other anatomies. Researchers using UHF MRI systems hope that their research will contribute to earlier disease detection, more accurate diagnosis and increased effectiveness of investigational therapies for disorders and diseases such as cancer, stroke, epilepsy ... ** Click for more **

The use of a head gradient coil insert together with a whole body gradient coil allows for higher gradient strength and potentially higher stimulation limits. The use of a head gradient coil insert can result in higher resolution imaging, in particular of the inner ear. (Head gradients are used in combination with Whole body gradients within MRI systems for superior imaging). Important factors in head gradient coil design are: - Design of the head gradient coil insert's magnetic field to match the whole body gradient's magnetic field, - Robust, durable and rigid construction to maintain a fixed position within the whole body magnetic field, - Efficient cooling of the head gradient. ** Click for more **