Transcranial Magnetic Stimulator S Series

Yingchi Transcranial Magnetic Stimulator S Series has two options: high-efficiency liquid cooling and energy-saving air cooling.

The liquid cooled S series adopts a high-performance stimulation host, intelligent liquid cooling system, and a convenient integration of motor evoked potential modules. It has the characteristics of low stimulation noise, compact appearance, and meeting the requirements of long-term high-intensity output.

The air-cooled S series adopts a high-performance stimulation host and an efficient air-cooled system, which has the advantages of low consumption of materials, safety and environmental protection, and high cost-effectiveness.

Both models can meet the requirements of conventional transcranial magnetic stimulation therapy and neurological function testing.

Features

Safe operation instructions

It has operational safety indicators such as power supply, temperature, flow rate, status, and strength, making it safer to use.

Quick coil replacement

You can plug and replace different types of stimulation coils on your own, making it versatile and suitable for more application scenarios.

Data management

The system is equipped with a standard stimulation plan, based on authoritative domestic and international guidelines and evidence-based medical evidence, providing reliable reference for clinical practice.

MEP Quick Detection

The built-in MEP module can quickly detect upper and lower limb motor evoked potentials.

EEG/EMG/fNIR synchronous acquisition box

It can be equipped with a synchronous collection box for EEG signals, which can be combined with multiple brands and models of EEG, electromyography, near-infrared and other devices to synchronously collect brain signals.

Humanized design

The stimulation intensity can be quickly adjusted through the coil button, making it easy to operate.

The interface types are rich and complete, with strong scalability, and can be used in conjunction with devices such as EEG/EMG/fNIRS to meet clinical and scientific research needs.

The positioning cap presents the international 10-20 system and brain functional area distribution, assisting in rapid positioning.

Electric seat, adjustable 180 degrees, fixed head, ensuring accurate characterization of stimulation targets during the stimulation process.

Applications

Scientific Researches

People has never stopped the exploration of learning and memory. In recent years, it has been confirmed that TMS can regulate learning and memory, attention, executive function, etc. TMS is mainly used in cognitive neuroscience research, sports rehabilitation research, brain function research, psychiatry and pharmacology research, such as neuroplasticity research, brain function connection, etc.

Diagnosis

In disease diagnosis, TMS is used as a clinical research tool to assess cortical processing time, cortical connectivity, cortical inhibition and excitability, and cortical interactions. TMS can be used to diagnose the following items:
√ Motor evoked potentials，MEP
√ Resting motor threshold，RMT
√ Central motor conduction time，CMCT
√ Cortical silent period, CSP
√ Peripheral TMS, pTMS

Clinical Treatment

Application Fields	Diseases
Psychiatry	Major depressive disorder, MDD Obsessive-compulsive disorder, OCD Post-traumatic stress disorder, PTSD Generalized anxiety disorder, GAD Schizophrenia Substance dependence Sleep disorders
Neurology	Parkinson’s disease Alzheimer’s disease Disturbance of consciousness Epilepsy Multiple sclerosis Stroke Neuropathic pain Migraine Insomnia
Rehabilitation	Post-stroke dyskinesia of the upper limbs Post-stroke dyskinesia of the lower limbs Post-stroke dysphagia Post-stroke aphasia Post-stroke hemispatial neglect Post-stroke central pain Post-stroke depression
Pediatrics	Autism spectrum disorder, ASD Cerebral palsy, CP Attention deficit hyperactivity disorder, ADHD Tourette syndrome, TS Language retardation
Pain	Migraine with aura Neuropathic pain Central pain Fibromyalgia Orofacial pain Phantom pain Low back pain Spinal Fascial Pain Syndrome Pelvic pain Complex regional pain syndrome Postherpetic neuralgia Neuralgia after brachial plexus injury Postoperative pain Somatoform pain disorder Knee Osteoarthritis Hemiplegia shoulder pain
Sleep Center	Insomnia Insomnia accompanied by anxiety Obstructive sleep apnea syndrome Restless Leg Syndrome Narcolepsy REM sleep behavior disorder

FAQs

What Is Transcranial Magnetic Stimulation?

Transcranial magnetic stimulation (TMS) depolarizes neurons through electromagnetic induction, which easily penetrates the skin, skull, and cerebrospinal fluid. TMS offers unique, non-invasive measures of neurological function, as well as the possibility to locally enhance or inhibit cortical activity. With the development of TMS technology, repetitive transcranial magnetic stimulation (rTMS) with continuously adjustable repetitive stimuli has emerged and gained increasing acceptance in the fields of clinical psychiatry, neurological disorders and rehabilitation. It mainly achieves the purpose of treatment through different frequencies. High frequency (>1Hz) is mainly for excitation, and low frequency (≤1Hz) is for inhibition.

FAQs

What is a TMS machine？
A transcranial magnetic stimulation (TMS) machine is a medical device used to deliver magnetic therapy to the brain. TMS has approved by many countries for patients with depression who have failed antidepressants.
The basic principle behind TMS is electromagnetic induction that an electric current produces a magnetic field, and the changing magnetic field induces an electric current in nearby conductors, including human tissue. Therefore, a TMS machine is easy to penetrate skin, skull, and cerebrospinal fluid.
The main components of a TMS machine include TMS coils mde of closed electromagnets that generate and apply a pulsed magnetic field.

What is the best TMS machine?
There are many brands of transcranial magnetic stimulators on the market, and some products are not up to the standard and may only act as a placebo, so it is necessary to look for truly effective products. A real transcranial magnetic stimulator generally requires a stimulation intensity of at least 1 Tesla (Tesla), because only at this intensity can the motor threshold of the cerebral cortex be detected, and the coil needs to be accurately positioned and adjusted to stimulate to a specific area of the cerebral cortex.
We all know that when the coil is working, the high rate current and the strong magnetic field will cause heat. And it is not friendly to those with intensive treatment needs for overheating problems. Therefore, in order to maintain safe and effective treatment needs, a powerful cooling system is an essential to TMS machines.
YINGCHI has the most popular 2 types of cooling technologies, the air cooling system and liquid cooling system. Strong cooling effect can support our device to work for a long time without overheating.
Apart from the cooling effects, YINGCHI TMS also received much good feedback for its reliable quality, user-friendly designs, various configurations and many special designs to ensure safety.
Thousands of good comments from customers make YINGCHI TMS in the forefront of the international TMS market. YINGCHI will continue to innovate, and determine to become the top manufacturer of TMS.

How much does a TMS machine cost？
Transcranial magnetic stimulation is a painless and non-invasive green treatment method. Magnetic signals can pass through the skull without attenuation to stimulate the nerves. The application is not limited to the stimulation of the brain for the peripheral nerves and muscles can also be stimulated.
Transcranial magnetic stimulators can treat mental illnesses such as schizophrenia, depression, obsessive-compulsive disorder, mania, and post-traumatic stress disorder (PTSD). Transcranial magnetic stimulators generally require a stimulation intensity of at least 1 Tesla (Tesla) above, because only above this intensity can the motor threshold of the cerebral cortex be detected. Also the coil needs to be accurately positioned and adjusted to stimulate a specific area of the cerebral cortex.
Transcranial magnetic stimulators generally refer to those used in hospitals. There is no uniform standard on the market for the price of magnetic stimulators. Different brands of products will have some differences in price according to different stimulation modes and cooling methods. On average, it generally costs tens of thousands of dollars.

What are the different brands of TMS machines?
Transcranial Magnetic Stimulation (TMS) technology applies a time-varying pulsed magnetic field to penetrate the skull to form an induced electric field in the neurons of the brain, which in turn generates an induced current that acts on the nervous system, causing a series of physiological and biochemical reactions, thereby affecting metabolism in the brain and neuronal excitability changes to improve and treat mental and neurological diseases.
Transcranial magnetic stimulation technology is a safe physical therapy method. Compared with drug treatment, it has the characteristics of less side effects and less addiction. It has been clinically used for 40 years. A real transcranial magnetic stimulator generally requires a stimulation intensity of at least 1 Tesla (Tesla) Above, because only above this intensity can the motor threshold of the cerebral cortex be detected.
The performance, cooling methods, applications and prices vary among different brands of TMS. Customers need to find the most suitable device according to their own needs.
YINGCHI is the innovator in the world TMS market. Powerful performance, effective cooling technologies, various configurations and convenient PC software make YINGCHI TMS well sold worldwide. Good feedback from customers drives YINGCHI TMS to be the most cost-effective device among numerous TMS brands.

Transcranial Magnetic Stimulator S Series

Applications

FAQs

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