Simulator from Trando get its reputation in Medical Equipment Conference
China Conference of Medical Equipment was successfully held in city of SuZhou by China Association of Medical Equipment in July 18th-21st, 2019.
With the theme of focus on security application and industry innovation, seek future development of medical equipment , the conference invited government leaders, academicians of the Chinese academy of sciences and Chinese academy of sciences, well-known experts, hospital presidents, well-known entrepreneurs at home and abroad and representatives in the field of medical equipment research and development, production, sales, use and management, and more than 33,000 people attended.
Ningbo Trando 3D medical technology Co., has focused on medical 3D printing technology innovation and personalized medical product development for over 20 years in China. Located in Ningbo municipality——the first pilot city for the "Made in China 2025" strategy, our company get the substantial support from Ningbo government for patented 3D printing technique. Working closely with researchers in State key laboratory of mechanical engineering department from Xi’an Jiaotong university, our team has been the first to apply the 3DP technology to medical implantation clinic research in 2001. One of our projects---” Application of 3D printing technique in individual implantation of maxillofacial bone replacement” has won the Second Prize of State Technological Invention Award in 2014.
Trando display his latest research and development achievements: MVS system, TAVR system, EVS system, intracranial simulator, four-chamber heart simulator, intracranial model, etc. Along with the staff enthusiastic commentary, a stream of viewers come to our booth.
In the forum on afternoon of 20th, our CEO, Dr. Gong was invited to give a speech on 3D printed simulation equipment of left ventricular jet and its application. His professional speech and interaction with the audience put light on the understanding of 3D printing technology and won warm and lasting applause from the audience.
3D printed EVS systemic blood circulation system
The second generation of Endo Vascular Simulation (EVS) is produced via 3D printed technique with patented silicone.
Full-electrically controlled system, simulating the action effect of C-arm;
Equipped with 1080P full camera, automatic focus;
Reproduce the structure and inner diameter of human vasculature with high accuracy.
Highly biomimetic and applicable;
It contains complete human vascular structure (intracranial - coronary - abdominal - peripheral arteries).
Interactive surgical environment simulation;
Meet the requirements of surgical training, medical device test and evaluation, and operation demonstration.
EVS system
Modular Vascular Simulator (MVS) is a systematic design for vascular intervention procedure.
Full-electrically controlled system, simulating the action effect of C-arm;
Equipped with 1080P full camera, automatic focus;
Reproduce the structure and inner diameter of human vasculature with high accuracy.
Highly biomimetic and applicable;
It contains complete human vascular structure (intracranial - coronary - abdominal - peripheral arteries).
Interactive surgical environment simulation;
Meet the requirements of surgical training, medical device test and evaluation, and operation demonstration.
Modular design and special connectors, easy for replacement of different vascular structure without any interference to intervention.
TAVR system
Transcatheter Aortic Valve Replacement (TAVR) is a minimally invasive Valve Replacement surgery that delivers artificial heart Valve to the position of Aortic Valve through interventional catheter technology, so as to complete artificial Valve implantation and restore Valve function. The technique, originally known as Transcatheter Aortic Valve Implantation, is currently commonly known as Transcatheter Aortic Valve replacement (TAVR), because the implanted Valve replaces the original diseased Valve
Medical equipment is an important medical resource, which provides necessary conditions for the normal development of clinical diagnosis and treatment, education and scientific research. Meanwhile, it is also a high-quality tool for medical workers to relieve patients' pain. It is a sunrise industry with strong growth, relevance and lead.
In recent years, China's medical equipment industry has developed rapidly under the joint action of policy and market. According to the 2019 China Green Paper on medical equipment, by the end of 2018, there will be 17,000 manufacturing enterprises in the industry with a market size of 720 billion and the industry market size is expected to exceed 800 billion by 2020.With the deep integration of big data analysis, artificial intelligence and other technologies with clinical medicine, medical equipment shows a broader development prospect.
In the future development, Trando 3D will also walk in the forefront of the industry development, continue to innovative, and inject for the medical cause of progress and change continue to inject technical impetus for the progress of medical equipment.
