YINGCHI M Series rTMS is a focused, painless and non-invasive transcranial magnetic stimulation system developed for clinic, research and rehabilitation. The system delivers up to 100 Hz high-frequency stimulation, supports theta-burst stimulation without intensity reduction and is available in both air-cooled and liquid-cooled configurations. For clinics that need documentable performance and efficient workflow, this provides a solution that combines precise brain stimulation, Quickstim software and real-time monitored security.

Transcranial magnetic stimulation works by sending a magnetic pulse field through an intact skull, where magnetic energy is converted into electrical activity in underlying brain tissue. This can depolarize or hyperpolarize cortical neurons and simultaneously modulate associated cortical and subcortical networks. In contrast to invasive neuromodulating interventions, rTMS requires no surgery, no anesthesia and provides focal stimulation with persistent neurophysiological effects after the end of treatment.

YINGCHI M Series includes the models M-100 Ultimate, M-50 Ultimate, M-30 Ultimate and M-10 Ultimate. The series has been developed for various clinical needs, from basic setups to more advanced configurations. Air-cooled system supports at least 10 continuous sessions based on standard depression protocol of 37 minutes, while liquid-cooled system supports all-day stimulation. This makes the series relevant for treatment environments with both moderate and high patient throughput.

• Up to 100 Hz high-frequency stimulation and theta-burst stimulation without intensity reduction
• Choice between air cooling for at least 10 consecutive sessions or liquid cooling for all-day use
• Quickstim software with patient files, protocols, report export and cloud connectivity
• Overheating protection with automatic stop at 41℃ and real-time monitoring of temperature, liquid level and status
• Positioning cap based on the EEG 10-20 system for faster and more consistent positioning
• CE-approved and FDA-approved for the treatment of major depressive disorder, as well as TGA-certified and CFDA-registered

Quickstim has been developed to reduce manual work and make data handling easier in a busy clinical everyday life. The software makes it possible to create patient files, save protocols based on global evidence-based medical literature and generate or export reports with one click. Compared to systems that require an external PC and more manual registration, the all-in-one solution provides a more streamlined setup and faster training of personnel.

The design is made for practical use in the clinic. The system has an ergonomic design, five quick buttons for frequently used protocols and a trigger in/out interface for easy operation. Adjustment buttons on the coil make motor threshold measurement faster, while the positioning cap with predefined brain areas contributes to standardized placement for repeated treatments and research protocols.

YINGCHI rTMS is used in psychiatry, neurology, rehabilitation, pediatrics, pain management and sleep medicine. Relevant applications include major depressive disorder, OCD, PTSD, GAD, sleep disorders, Parkinson's disease, Alzheimer's disease, stroke rehabilitation, migraine, neuropathic pain and post-stroke aphasia. In research environments, the system is also used for studies of learning, memory, cortical excitability, functional connectivity and brain function. For clinics considering rTMS for treatment-resistant depression or neurorehabilitation, this series provides both proven safety standards and flexible operational options.

Trust is based on measurable standards. YINGCHI TMS systems meet internationally recognized safety requirements and are approved or registered through CE, FDA, TGA and CFDA. Patient data security is ensured with dongle authorization, and critical operating parameters are monitored in real time. This makes the system relevant for businesses that need advanced clinic equipment with clear certifications, high traceability and reliable performance.