SmartGel Material Technology

Biocompatible hydrogel technology platform for medical device applications including wound care, tissue engineering, and ophthalmologic implants.

An inflatable cushion with gel technology for positioning and pressure relief applications in medical settings.

A hybrid seating cushion (H.G.C) combining gel technology for pressure relief and therapeutic comfort.

Tetra gel is a hydrogel-based medical device designed to support peripheral nerve regeneration and repair. The product leverages advanced hydrogel technology to create a biocompatible scaffold that promotes axonal growth and functional recovery in damaged nerves. Indicated for use in nerve conduit applications and surgical nerve repair procedures.

An advanced gel cushion featuring cube technology for enhanced pressure relief and thermal comfort.

Medical device products incorporating cutting-edge material technology for surgical applications in hernia repair, abdominal wall, and orthopedic fields. Designed to provide superior clinical performance and patient outcomes.

Clinical-grade smart textile system incorporating stainless steel fiber technology for medical care applications. Supports integration with electronic components for patient monitoring and diagnostic purposes in healthcare settings.

Advanced gel-based thermal packs with precise temperature control for therapeutic applications. Used in pain management and rehabilitation protocols requiring specific thermal parameters.

High-molecular polymer gel positioning pad used in surgical settings to reduce pressure injuries and improve patient comfort during prolonged procedures. Offers superior conformability and durability for medical applications.

Specialized gel-based positioning device for patient support during surgical procedures and post-operative recovery. Conforms to patient anatomy for optimal pressure distribution.

Medical-grade hydrogel adhesives designed for wearable health devices including biosensors, ECG monitors, EMG patches, and glucose sensors. These ultra-thin, highly conductive adhesives provide maximum patient comfort, discreteness, and optimal signal performance while adhering directly to skin or bonding device components together. The formulations are biocompatible, meet medical standards, and can be customized for specific wear time, skin sensitivity, and packaging requirements.

Gel-based positioning pad for surgical and medical applications, designed to distribute pressure evenly and prevent patient discomfort during prolonged procedures. Provides enhanced comfort compared to standard foam alternatives.