Most cardiac diseases have physiological anatomical abnormalities that must be treated by surgical correction. Minimally invasive surgery is gradually becoming a trend in cardiac surgery, of which thoracoscopic surgery is typical and mature in the field of minimally invasive cardiac surgery. Since 2013, 3D thoracoscopy has been applied in the field of cardiovascular surgery. What is 3D thoracoscopic minimally invasive surgery? 3D thoracoscopic minimally invasive surgery means that the surgeon and his assistant wear 3D eyes and perform surgery with a thoracoscopic approach, without opening the chest, by making only one to three small holes in the chest wall and displaying the patient’s organs and lesions on a computer monitor. Unlike the common civilian 3D technology, medical 3D can make the reproduction of the subject close to 100%. To learn more about 3D thoracoscopy, click online 3D thoracoscopic minimally invasive cardiac surgery 3D thoracoscopic minimally invasive surgery has five advantages: With 3D glasses, the patient’s organs and lesions displayed on the computer monitor are also three-dimensional images, which are very intuitive and have a deeper depth of field. 3D thoracoscopic minimally invasive cardiac surgery has the following five advantages compared with 2D thoracoscopic surgery: Advantage one: two-dimensional images become 3D, more three-dimensional imaging, greater magnification of the operative field, restoration of the surgeon’s natural three-dimensional vision and depth perception, greatly improving the efficiency of surgery, shortening the operating time by one third, and reducing patient pain. Advantage 2: 3D thoracoscopic surgery has clearer imaging, more accurate surgery, and three “keyhole”-like holes in 360-degree view make patients bleed less, damage less, and recover faster, so the hospitalization time is relatively shortened. Advantage 3: Compared with 2D thoracoscopic surgery with 2D imaging, 3D thoracoscopy adopts 3D imaging, which is more three-dimensional in vision and allows doctors to see the patient’s organs and lesions more clearly, reducing the difficulty of dissection. Advantage 4: Due to the reduced difficulty of anatomy, the corresponding surgery has the characteristics of small incision, less bleeding and fast recovery, which largely reduces the possibility of postoperative complications for patients. Advantage 5: 3D thoracoscopic surgery has clear and three-dimensional imaging, and the surgery can reach the lesion directly, which improves the & degree and success rate of the surgery, and at the same time, has a great improvement for the prognosis.