Through efficient interaction with clinicians, accurate construction of three-dimensional tissue models based on patient image data, rapid design of personalized prosthesis and surgical tools, provide doctors with personalized surgical planning programs to meet the individual needs of patients, provide personalized orthopaedic implant product systems and complete sets of tools for clinical diagnosis and treatment, and improve the effect of diagnosis and treatment.
The partnership of an engineer behind a doctor can provide professional technical support and optimize surgical instruments, promote innovation and R&D, improve the quality and safety of surgery, and promote the development of surgical innovation through interdisciplinary cooperation.
3D customized implants can be precisely designed and manufactured according to the patient's anatomy and needs.They fit better with the patient's tissue and bone structure, providing better fit and functionality.
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Facilitates doctors to carry out personalized product development and clinical application, and realize the innovation of operation, treatment mode and product development mode.
Apply innovations, designs, and technologies from engineering disciplines to medicine to improve diagnosis, treatment, and care.
The characteristics of 3D printing customized implants include personalized design, customized adaptation, diversified material selection, complex structure and rapid manufacturing.So that the implant can better meet the needs of patients and provide better therapeutic effect and quality of life.
Provide clear guidance and preparation for the surgical to maximize surgical success and patient safety.Through careful preoperative planning, physicians are able to anticipate potential problems and take appropriate measures to provide better patient care and treatment outcomes.
