FIRAPY Far Infrared Therapy Unit TY-102/TY-602

Firapy (WS™ Far-infrared Therapy Unit) is intended used to improve vascular access function, including improving AVF maturation, decrease early failure rate of newly created AVF, improving AVF patency and blood flow; improving AVG patent period between 2 intervention.

It also may be used for temporary relief of muscle and joint pain, stiffness and spasm by temporary increase in local blood circulation and muscle relaxation at where the treatment is applied.

• Application
  • Hemodialysis, The quality of fistula is related to the quality of hemodialysis, and the quality of hemodialysis is related to the patients’ quality of life. Firapy (WS™ Far-Infrared Therapy Unit) can play an important role in each stage and help to improve the quality of fistula
  • Wound Healing, is a complex and dynamic process of replacing devitalized and missing cellular structures and tissue layers. Firapy can help improve edema, formation of granulation tissue, Ischemic tissue blood supply, Chronic inflammation, wound healing time.

RETINA Stereotactic Surgery Navigation System

RETINA Stereotactic Surgery Navigation System

The RETINA combines intelligent medical technologies and services which can integrate digital medical imaging for better surgical accuracy. It is compatible with a vast range of instruments already used in the OR, which have become a perfect complement while working during surgery.

The RETINA also reduces unnecessary tissue injuries, to aid in minimally invasive surgeries, improve surgical quality, and reduce the risk of surgical complications, which provide overall better medical service for patients.

APPLICATION

The RETINA gathers the state if the art of navigation combining it with perfect accuracy during diverse surgical procedures including Neurosurgery, E.N.T., Craniofacial, Plastic Surgery, Oral and Maxillofacial Surgery.

EPROB Robotic Arm and Navigation System for Brain Surgery

EPROB Robotic Arm is the newest member of the EPED Inc. family. Having been in production for nearly decade, a heavy emphasis on precision, safety, and minimally invasive surgeries are just some of the features that have been developed in that time. ​

EPROB Robotic Arm is an advanced surgical system that performs robotic-assisted minimally invasive surgery. The robotic arm is controlled through precise coordinates and parameters processed through a navigation system where surgeons have full manageability of the instruments required in various types of brain surgeries.

Applications

Intracerebral Hemorrhage (ICH) 
Spontaneous intracerebral hemorrhage is a devastating disease, accounting for 10 to 15% of all types of stroke; however, it is associated with disproportionally higher rates of mortality and disability. Through medical imaging (MRI), it is possible for doctors to target and drain the endangered areas in order to prevent serious future brain damage and complications. 

Tumor Biopsy 
Early cancer diagnosis with improved detection and precise delivery of therapeutic measures that challenge the perceptual and dexterity capacities of the physicians. In this context, EPROB Robotic Arm + AI plays a significant role to direct the future of the percutaneous procedures toward more precise biopsies and targeted therapies. 

EPROB Robotic Arm and Navigation System for Brain Surgery

EPROB Robotic Arm is an innovation in which the surgeon, guided by their experience, performs minimally invasive procedures better and faster by reducing human-related errors which could cause complications.

Studies have proven the system to shorten surgeries by almost 4 hours compared with any other traditional frame-based procedures.

Deep Brain Stimulation for Parkinson’s disease 
Considered the largest breakthrough in the treatment of Parkinson's disease in the past 40 years, Deep Brain Stimulation (DBS) is a pioneering procedure of neurology and functional neurosurgery, forging enormous change and growth within the field. EPROB Robotic Arm +AI locates and helps guide doctors to place electro-stimulated nodes in the
correct location. 

SEEG for Seizures and Epilepsy  
An stereoelectroencephalography surgical procedure is most effective when seizures are located in a specific area of the brain. In the past, Epilepsy-related surgery was not the first line of treatment but thanks to the exactitude, accuracy, and minimal foot print of EPROB Robotic Arm + AI, these sorts of procedures will become a standard among patients.