Magnetic Mat

Magnetic sterilization mat designed to organize and secure surgical instruments during sterilization and storage procedures. Utilizes magnetic surface to prevent instrument movement and cross-contamination in clinical and surgical settings. Facilitates efficient instrument management in operating rooms and sterilization departments.

Magnetic mat and silicon rod system designed for organizing and securing micro surgical instruments during procedures. The non-magnetic silicon components prevent instrument damage while the magnetic base provides stable positioning in surgical settings. Facilitates efficient instrument management and accessibility in operating rooms.

Magnetic components engineered to enable precision manipulation of surgical tools in minimally invasive procedures. These assemblies support reduced incision sizes and shorter patient recovery times.

A surgical retraction instrument utilizing magnetic technology for tissue exposure and field management. Designed to reduce tissue trauma compared to traditional mechanical retraction methods in surgical procedures.

Precision magnetic components for endoscopic surgical instruments. Engineered for miniaturization, sterilization readiness, and high-precision tool manipulation.

Single-incision laparoscopic endoscope using magnetic anchoring and guidance for minimally invasive abdominal surgical procedures.

Magnetic traction field exposure system for surgical field visualization and retraction during minimally invasive procedures. Utilizes magnetic technology to expose and maintain surgical workspace without mechanical retraction, supporting gastrointestinal and general surgical applications. Enables improved visualization and reduced tissue trauma in laparoscopic and endoscopic surgery.

Flexible magnetic materials for medical device assembly, fixation systems, and positioning applications in surgical and diagnostic equipment.

A staple-free magnetic device for creating gastrointestinal anastomoses. This innovative approach uses magnetic coupling technology to facilitate tissue joining without traditional mechanical fasteners, currently in clinical trial phases.

Miniaturized biocompatible magnets for ophthalmic surgical instruments and devices. Engineered for precision eye surgery applications and long-term ocular safety.

A system designed for surgical field exposure using magnetic retraction technology to minimize invasiveness during procedures.

Precision magnetic components for positioning and alignment systems in medical equipment. These parts enable quick positioning and secure holding in adjustable medical devices. Used in diagnostic equipment mounts and positioning systems.