Our
Performance

HEARTROID® is a cardiac catheter simulator developed in collaboration with the Department of Cardiovascular Medicine, Osaka University Graduate School of Medicine, and FUYO Corporation. HEARTROID® is a cardiac catheterization simulator developed in collaboration with the Department of Cardiology, Osaka University Graduate School of Medicine, and FUYO Corporation. The portable design allows doctors and other medical professionals to easily simulate catheter operations in any location, from full-scale training in the operating room to image training on a tabletop. The 3D printed transparent heart model allows direct observation of the catheter's movement in the heart and is compatible with other imaging modalities such as ultrasound as well as X-ray fluoroscopy. HEARTROID is also widely used in medical device development for research and development, testing, and quality control purposes, as it consists of an anatomically precise 3D model with pulsating flow.

The "ERCP Simulator" is designed based on human body data measured by medical CT and manufactured by 3D printer. The model faithfully reproduces the structure from the duodenum to the right and left hepatic ducts, and allows for simulation and training of various ERCP procedures. The model is divided into five parts: duodenum, farter papilla, common bile duct, gallbladder duct and gallbladder, and left and right hepatic ducts.

This is a simulator for endoscope training that we designed and manufactured at the request of AVS Co.
Using 3D printer technology and JMC's cultivated know-how, the model realistically reproduces the inside of internal organs, which is difficult to achieve by cutting. The model is ideal for practicing the approach to the duodenum due to its strong flexion. This model was developed to make it easy to learn the basic operations of an endoscope, and is designed to help the user learn the basic operations and understand the approach to the duodenum, which is the most difficult part of biological operations and is considered an essential part of biopsy. We aim to improve insertion techniques and animal QOL through training with this model.