S-DEEP

Advanced LED photobiomodulation device that combines red (660 nm) and infrared (810 nm) light to accelerate recovery, reduce inflammation, relieve pain, and improve cellular regeneration and tissue repair. The device features four portable photobiomodulation clusters with adjustable power settings (50% or 100%), customizable application times from 7 to 504 seconds, and anatomical straps for adaptable body positioning. It includes a portable charging station, comes with a shockproof carrying case, and is designed for non-invasive treatment suitable for acute or chronic pain management and physical recovery.

An implantable neurostimulation system for deep brain stimulation (DBS) therapy. The system is designed to deliver electrical stimulation to specific brain regions for treatment of neurological conditions. It represents a key product in PINS Medical's neuromodulation portfolio.

An advanced transcranial magnetic stimulation system designed for deep brain stimulation targeting deeper brain structures. Extends TMS capability to subcortical regions for therapeutic intervention.

An implantable neuromodulation device providing dual-channel deep brain stimulation for neurological conditions. The system is registered under Chinese medical device number 20243120980.

Deep Transcranial Magnetic Stimulation System for non-invasive brain stimulation therapy. Indicated for treatment of major depression, neurological disorders, and cognitive rehabilitation. Portable design enables clinical and research applications with precise magnetic field targeting of cortical regions.

Intelligent massage system with smart control features for full-body deep tissue treatment and muscle recovery. Combines automated programming with variable intensity delivery for therapeutic applications.

The Neuro-MSD Deep Coil TMS is a specialized medical device that uses powerful magnetic fields to stimulate specific areas of the cerebral cortex. This non-invasive and painless treatment activates neural cells and is specifically designed for treating mental health conditions such as depression and obsessive-compulsive disorder. Using Double Cone Coil technology (Deep Coil), it enables deeper brain stimulation with precise targeting capabilities and features real-time monitoring and feedback systems. The device is FDA and Korean MFDS certified, equipped with safety mechanisms and a cooling system to minimize side effects. It offers customizable treatment protocols and comprehensive treatment history management. Compared to medication-based treatments, it provides faster symptom improvement with fewer side effects. C

PEEK components for spinal cord stimulation and deep brain stimulation systems. Materials provide biocompatibility and stability in the nervous system environment.

The Neuro-MSD Deep Coil TMS is a specialized medical device that uses powerful magnetic fields to stimulate specific areas of the cerebral cortex. This non-invasive and painless treatment activates neural cells and is specifically designed for treating mental health conditions such as depression and obsessive-compulsive disorder. Using Double Cone Coil technology (Deep Coil), it enables deeper brain stimulation with precise targeting capabilities and features real-time monitoring and feedback systems. The device is FDA and Korean MFDS certified, equipped with safety mechanisms and a cooling system to minimize side effects. It offers customizable treatment protocols and comprehensive treatment history management. Compared to medication-based treatments, it provides faster symptom improvement with fewer side effects. C

Precision metal housings and electrode mounts for deep brain and spinal cord stimulation devices. Engineered with biocompatible materials and precise electrical contact specifications.

Light-based therapeutic devices for skin treatment and rejuvenation in medical settings. Manufactured with precision engineering for controlled therapeutic light delivery.

Neuromodulation systems engineered and manufactured with advanced design capabilities for neurological therapeutic applications.