SfN
Meet SEBERS Medical at the Society for Neuroscience (SfN)
Join SEBERS Medical at the SfN – Society for Neuroscience and discover how the next generation of Transcranial Magnetic Stimulation (TMS) is enabling new approaches to neuroscience and neuroplasticity research.
At our booth, we will present Blossom²—our next-generation research TMS platform designed to provide researchers with exceptional flexibility for developing, reproducing, and refining advanced stimulation paradigms.
Unlike conventional TMS systems, Blossom² combines ultra-fast hardware with fully programmable stimulation architectures. Researchers can freely configure single-pulse TMS, paired-pulse TMS, rTMS, Theta Burst Stimulation (TBS), Quadri-Pulse Stimulation (QPS), individualized iQPS, programmable burst paradigms, and custom stimulation sequences—all within a single platform.
A key innovation is Fingerprint TMS™, enabling stimulation protocols based on individually determined neurophysiological timing. Together with 100 µs timing resolution, freely programmable pulse intervals, adjustable burst architectures, and stimulation frequencies up to 1,000 Hz within burst sequences, Blossom² opens new opportunities to investigate the mechanisms underlying cortical excitability and neuroplasticity.
Blossom² has also been developed with the future of adaptive neuromodulation in mind. Its AI-ready architecture, comprehensive trigger interfaces, and integration capabilities for EEG, EMG, and external research systems provide the technological foundation for future closed-loop TMS applications, biomarker-guided stimulation, and intelligent protocol optimization.
Researchers interested in translational neuroscience will also appreciate the integrated TMS Cockpit, supporting fast motor threshold determination, protocol management, reproducible experiment setup, and efficient study workflows.
In addition, discover the TMS Pilot™—our innovative coil-mounted positioning system that allows operators to visualize the stimulation target directly beneath the coil. By providing real-time visual guidance and reproducible repositioning, the TMS Pilot helps improve targeting accuracy, streamline experimental workflows, and increase consistency across longitudinal studies.
Whether your research focuses on cortical physiology, plasticity mechanisms, brain connectivity, EEG-guided stimulation, paired-pulse paradigms, or the next generation of closed-loop neuromodulation, Blossom² provides a flexible research platform designed to evolve alongside modern neuroscience.
Visit SEBERS Medical at the Society for Neuroscience and experience how Blossom² is helping researchers move beyond conventional stimulation protocols toward the future of programmable and adaptive neuroplasticity research.
