We have published a series of practical video tutorials focused on the correct placement of ECG electrodes - YouTube.

On May 21–23, 2025, the II Spring School "Next-Generation Neurointerfaces: Prospects for Practical Application" was held at the National Research University Higher School of Economics and the Center for Bioelectrical Interfaces.

On May 15–16, 2025, the Samara State Medical University and Neurotekhnika held the VIII International Scientific and Practical Conference "Brain-Computer Interface: Science and Practice."

We have published a series of practical video tutorials dedicated to the correct placement of ECG electrodes.

Accurate electrode positioning is essential for obtaining a reliable electrocardiogram. Even minor misplacement can affect waveforms and complicate interpretation — which is especially critical for diagnostic accuracy.

We’ve released a video that clearly demonstrates how the tES4me personal transcranial stimulator works and highlights its key features.

tES4me is a compact system designed for physiotherapy, rehabilitation, and the treatment of mental health disorders using various transcranial electrical stimulation (tES) modes, including tDCS, tACS, tPCS, tRNS, HD-tES, and more.

tES is a non-invasive method of influencing brain activity through weak direct or alternating currents delivered via surface electrodes. It is widely used in clinical and research settings, with properly selected stimulation parameters helping to support neurological recovery, reduce anxiety, depression, insomnia, and addictions.

Learn more about the product.

Our SMimport import plug-in is now available in the list of supported EEGLAB plug-ins. Now, users of NVX and NeoRec amplifiers working in the NeoRec recording software can import native files directly into EEGLAB without the need for conversion to popular formats. This simplifies the workflow, saves time, and ensures full compatibility with NVX and NeoRec amplifiers.

We continue our lecture series on evoked potentials - [YouTube | VK].

This time, the topic is visual evoked potentials (VEP) — a method of recording the brain's electrical response to visual stimuli using electroencephalography (EEG).

NVX36T is a multichannel EEG amplifier with transcranial electrical stimulation (tES), designed for scientific research with the potential for clinical applications.
The video showcases the device itself, the supplied components, and basic preparation for examinations: YouTube

For working with EEG and tES, the NeoRec and TetosExpert software solutions are used. NeoRec is designed for EEG recording, while TetosExpert provides flexible stimulation settings and supports custom waveform signals.

Additional software modules are available upon request: Neurovisor (for routine EEG) and Neurovisor-tES (for clinical stimulation), which enable procedure automation, data analysis, and report generation.

Our electrode systems are helping scientists study brain activity in the harshest conditions on Earth! Yulia Khomenko, a physiologist and participant in the Russian Antarctic Expedition (RAE), has been using our MCScap electrode systems and the portable SmartBCI EEG device from our partners at Mitsar to study the brain activity of polar explorers.  

We have had the NeoRec RatEEG12 system for a while, but we somehow never told you about it in detail! Time to fix that.
NeoRec RatEEG12 is a unique non-invasive system for recording EEG, ECG, respiration, and PPG in laboratory rats. Thanks to its lightweight design (only 20 grams) and special straps, rats remain in their natural environment and can move freely during experiments.
This system is already being used in preclinical research in neurophysiology, toxicology, neuropharmacology, as well as in studying respiratory and cardiovascular activity. 

Link to the product - https://mks.ru/en/products/neorec-rateeg-12
Link to the video - https://youtube.com/shorts/r1Nc6LdcmcA?si=6CwSpQtSgNu5sEDW

A streak of achievements just before the New Year!

We are excited to announce the receipt of a new medical registration certificate in Russia for our line of Neurovisor EEG systems.

We are excited to announce that we have received an updated international certification for the ISO 13485:2016 Quality Management System (Medical Devices - Quality Management Systems) for the next three years. This certification covers the following activities: design, development, manufacture, and distribution of active diagnostic medical devices, including electrocardiographs, electroencephalographs, electric stimulators, polygraphs, and accessories.

Last week, we had the privilege of participating in an exhibition organized by our alma mater. The event was part of the International Scientific and Technical Conference "Microelectronic Implantable Neurointerfaces 2024" (MIN-2024), held at the National Research University of Electronic Technology (MIET). The conference was organized and actively supported by the Institute of Biomedical Systems.

This event holds special significance for us, as many of our employees are proud alumni of MIET and the Institute of Biomedical Systems.

The conference featured a rich program: part of our team represented the company at the exhibition booth, while our CEO, Ph.D. Dmitriy Prilutsky, delivered a presentation titled "Perspectives of Electrospondylography".

The event brought together industry leaders, enabling us to establish new connections and strengthen existing ones.

Last week was full of trips and events.

We attended "Healthcare 2024", the largest medical device exhibition in Russia, where we engaged with partners, exchanged expertise, showcased our latest developments, and discussed future collaborations.

At the same time, part of our team traveled to Bali to participate in The 10th World Congress of Asian Psychiatry (WCAP), supporting our Indonesian distributors, PT. Cipta Varia Kharisma Utama. This trip was filled with meetings with psychotherapists, who showed great interest in our electrode systems, QEEG solutions, transcranial stimulators, and EP/ERP solutions.

We’ve wrapped up an eventful trip across Germany, traveling from south to north. Thank you to everyone we had the chance to meet!

A key highlight of the journey was Medica 2024 in Düsseldorf, where we connected with partners, clients, and prospective customers. 

We are pleased to announce that we have received a new medical registration certificate in Russia for our MCScap EEG electrodes. These electrodes are used in all our electrode systems.

As part of the new certification, the electrodes and their accessories have been outlined in a separate document, which significantly simplifies product support, scaling to new markets, and the possibility of direct procurement.

We are excited to announce the continuation of our lecture series on evoked potentials!

The lecture is now available on YouTube. 

From September 10 to 14, the International Congress of Clinical Neurophysiology will take place in Jakarta - https://iccn-2024.com!

We are pleased to announce that after a long and meticulous effort, we have finally launched our new website, mks.ru! We have put a lot of time and effort into its development to make it more informative, user-friendly, and modern.

All current updates are now published in the news section on our website. However, previous news was only available in our online store and is not searchable in the new feed.

If you're looking for past publications, you can find them at: mcscap.ru/news.