The Academy of Brain Stimulation collaborates with leading international manufacturers of Transcranial Magnetic Stimulation (TMS) technology. Through these industry partnerships, participants gain hands-on experience with a range of clinically established TMS systems during AoBS courses and practical training.
Explore the manufacturers and technologies represented in our training environment below.
ℹ️ Academic Independence Notice: The Academy of Brain Stimulation maintains full academic and educational independence. Collaboration with industry partners enables access to TMS technology for education and hands-on training. The inclusion of a manufacturer or system on this page does not constitute an exclusive commercial endorsement or recommendation of one technology over another.
What Does a Typical TMS System Consist Of?
Choosing the right TMS system depends on your clinical objectives, expected patient volume, available budget, and future growth plans. At the Academy of Brain Stimulation (AoBS), we provide independent, vendor-neutral advice and offer hands-on demonstrations of different systems during our live courses.
A standard TMS setup consists of three main components. The TMS device generates the magnetic pulses used to stimulate the brain, while the coil determines the depth and focality of stimulation. Equally important is a comfortable treatment chair and positioning system, which help ensure accurate coil placement and a positive patient experience throughout the treatment session.
One of the key advantages of attending a live TMS Certification Course from the Academy of Brain Stimulation is the opportunity to see, test, and directly compare leading TMS solutions from different manufacturers. This provides a unique chance to evaluate differences in workflow, usability, patient positioning, software interfaces, and overall clinical efficiency in a practical setting rather than relying solely on technical specifications.
When evaluating different systems, clinicians should look beyond technical specifications alone. Important considerations include support for both conventional rTMS as well as TBS, standard as well as accelerated protocols, the efficiency of the clinical workflow, options for neuronavigation or standard positioning, overall reliability, maintenance requirements, and the level of training needed for staff.
A well-chosen system should not only meet current clinical needs but also support future expansion. Flexibility to implement multiple treatment protocols, accommodate increasing patient numbers, and integrate future software or hardware upgrades can be just as important as the initial purchase price.
Ultimately, successful TMS treatment depends on much more than the equipment itself. The most expensive system is not necessarily the best choice. Clinical expertise, proper training, and adherence to evidence-based protocols have a far greater impact on treatment quality and patient outcomes than hardware specifications alone. Even the most advanced TMS system can only deliver safe and effective treatment when operated by a properly trained and competent TMS practitioner.
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