Patients may be used to seeing an X-ray machine at a doctor's office or a specialist office, but what about a 3D printer? As healthcare companies continue to face the challenge of providing more personalized, practical care, doctors and surgeons are putting in 3D documentation to better prepare themselves and their patients for procedures, attendance as part of pre-surgery planning and patient consultations.

Create a 3D patient-specific anatomical model

Any surgeon is well aware of the human body, but for surgery that is rare, with high risk, mapping the patient's procedure can improve results and understanding.

Instead of relying on traditional imaging and using a free-standing method for surgery, physicians can produce a highly defined type of disease through CT scans and MRI directly with a 3D printer. Anatomical 3D models published from patient data are becoming useful applications in the practice of short surgery today. As cases become more complex and homework becomes more important for everyday cases, a larger tactile gesture can improve a patient’s understanding and improve one-on-one communication. surgery in patients.

Instead of explaining patients a difficult task to work on, physicians can use the opportunity of 3D printing to guide them by using printed procedures of their own practice. The literature suggests that this system provides patients with superior comfort, allowing them to gain greater confidence in their own or their children's health.

In addition to applying 3D documentation to get the patient's approval for the surgery and future procedures, the development of a unique patient-type model helps physicians better prepare for the upcoming surgery, which can reducing downtime, cost and hassle in the operating room.

The ability to reduce hospital time spent is crucial because it reduces exposure to COVID, reduces fatigue for team members who are more active, and allows home medicine works well and surgery arises since the onset of the disease. All of these factors combined help to improve the patient's understanding and satisfaction, as well as the health and functioning of the system.

The future of 3D printing and healthcare

3D printing is in a state of flux in the healthcare industry. In the past, new uses for 3D health prints have become the standard to promote personalized patient care at no cost. As technology becomes increasingly expensive and clinical evidence is growing in a wide variety of specialties, including orthopedics and pediatrics, many hospitals and surgeries will be able to provide better training for physicians. and patients to obtain professional medical consent.

By 2022, the growing demand for 3D printers could provide the patient-defined disease model for surgical planning and patient education. The adoption of 3D printing in the healthcare industry will become more global, and healthcare professionals will rely on systems to create advances in new healthcare.

This is where AI comes into play. As a powerful software tool that can deliver automatically, in a completely innovative way, Artificial Intelligence is able to directly analyze and provide targeted, repetitive measurements of areas of interest. there is no room for error.

The future of medical image sharing

Artificial intelligence algorithms not only help us build automated channels for long-term tasks, such as sharing medical images, but also help healthcare professionals look beyond the visible. participation that people cannot see for themselves.

However, these tools need to be fully validated and validated on large, unbiased data sets to be suitable for clinicians, as their results can have multiple consequences.

Therefore, having a sufficiently in-depth model is a good first step with follow-up actions, which will include the design and implementation of theoretical and experimental validation of key pipeline processing elements. access.