Magstim 200

The 2002 is designed to operate both quickly and easily. Its applications include:

  • Neurological research
  • Cortical mapping and brain research*
  • Functional assessment of central motor pathways
  • Early diagnosis, assessment & monitoring of nervous diseases

It can be controlled from the coil handset too (D70 Remote, 90mm Remote), so the user won’t need to remove their hand to adjust settings. The 200² operates at 110v or 230v and there is no need for an external transformer.

Like all Magstim products, the 200² has a simple interface and connectivity that allows the user to control it from within their own software systems. Ready to use in seconds, this powerful unit will provide reliable and accurate high energy output.

(*not applicable in the USA)

Stimulation characteristics

Magstim 2002

Magstim 2002

  • Clinical Neurophysiology

    The tool of choice for measurement, magnetic stimulation gives researchers fundamental insights into the integrity and operation of the nervous system. It can be used to measure a child’s development, as a predictor of stroke recovery or to identify neural barriers that impair a subjects ability to control muscle movement. Read more

  • Research techniques

    Magnetic stimulation can be used in conjunction with other major techniques in physiology, cognition and basic neuroscience. This includes PET, fMRI, EEG, eye-tracking, tDCS, single unit recording and in neurotransmitter binding studies. Read more

  • Cognitive Neuroscience

    TMS is one of the most important tools in modern cognitive neuroscience. It allows researchers to interfere with brain processes in specific areas at specific times. This capability opens up the possibility of improving functions with magnetic stimulation and has yielded a great deal of knowledge about interaction between brain areas. Read more

  • Neuroscience

    Whilst much research is conducted with magnetic stimulation to discover how the brain and neural systems work, neuroscience can bring greater insight into what magnetic stimulation itself does. This helps inform practitioners of the safety and efficacy of transcranial magnetic stimulation, and is useful in the development of treatments. Read more