With the gradual improvement of people’s living standards, people’s demand for quality of life is getting higher and higher. The treatment of diseases is developing towards minimally invasive, efficient and safe. Globally, vascular surgery, as an emerging discipline, has promptly stepped into the pace of the times at the beginning of its development. As the most emerging endoluminal vascular surgery technique in vascular surgery, it is facing a good opportunity with great development space in the context of rapid development of material science and related technologies. Minimally invasive endoluminal vascular repair technology is a technology developed in the middle of the 20th century, but it was not until after the 1990s that it began to be applied to the treatment of aortic diseases, and, at the same time, it has embarked on a path of rapid development. Currently, this technique is mainly applied to the diagnosis and treatment of a wide range of dilated and stenotic vascular diseases such as abdominal aortic aneurysms, thoracic aortic aneurysms, aortic coarctation, pseudoaneurysms, arteriovenous fistulas, as well as aneurysms of the carotid artery, subclavian artery, visceral arteries, and iliofemoral arteries. Endoluminal repair of vascular diseases represents the latest advances in the field of contemporary vascular surgery and interventional radiology. It is a milestone in the history of vascular surgery. Surgical interventions have shown their abilities With the change of the disease spectrum, various vascular diseases have seriously affected the health of human beings in recent years. Surgery is the main treatment for serious peripheral vascular diseases, and traditional surgical treatments have been developed over the past decades to relieve countless patients from vascular diseases, which is a great achievement. In recent years, the development of vascular surgery technology has been extremely rapid, and various minimally invasive techniques have emerged for the treatment of vascular diseases, such as the use of laser, radiofrequency and other technologies for the treatment of varicose veins of the lower extremities, balloon dilatation of the vascular lumen or stenting for the treatment of arterial stenosis or occlusion; vascular injuries, aneurysms can be minimally invasive treatment of the implantation of a membrane stent and various types of embolization, blockage and so on; various minimally invasive therapeutic equipment has also been emerging. Various minimally invasive therapeutic devices are also emerging. At present, various minimally invasive techniques have been extended to the diagnosis and treatment of various vascular diseases, including various aneurysms, aortic coarctation, and various arterial stenosis, such as carotid atherosclerosis, lower extremity atherosclerosis, diabetic foot, vasculitis, etc. These minimally invasive techniques can be used alone for the treatment of various vascular diseases or combined with traditional surgical methods to complement each other’s strengths, thus achieving the effects of reducing trauma, enhancing efficacy, etc., as well as contributing to the reduction of pain and rapid recovery. Therefore, at present, vascular surgery has been developed from the traditional single operation for many years to a combination of minimally invasive interventional and surgical “walking on two legs”, simplifying the operation, increasing safety and promoting rapid recovery, which is very popular among patients. Complementary advantages to relieve pain In recent years, vascular surgery disease treatment technology is generally from the giant invasive to minimally invasive direction of development, that is, from the traditional surgery to the vascular endoluminal intervention technology change. However, both minimally invasive endovascular technology and traditional surgery are not good solutions to all vascular disease problems. For complex vascular diseases, in order to minimize the risk and improve the therapeutic effect, it is necessary to give full play to the advantages of both traditional surgery and endovascular technology to achieve complementary advantages. The combination of the two “hybrid technology” is obviously the most reasonable choice. For example, the common cold pain in the lower limbs of the elderly, walking sore legs and feet, and even blackened toes and ulcers and other symptoms, often caused by atherosclerosis occlusion of the lower limbs, vasculitis, diabetic foot, thrombosis, etc., which can lead to amputation of the limbs, and is the main cause of non-traumatic amputation during peacetime at present, and the effect of various conservative treatments is often unsatisfactory. In recent years, the department adopts minimally invasive technology, through balloon and stent implantation to open up the occluded blood vessels and restore the blood supply of the limbs, so as to achieve the improvement of the symptoms, exempt from amputation or as little as possible amputation, and restore the normal function of the limbs. However, for long and multi-segment vascular occlusive lesions of the lower limbs, it is difficult to achieve satisfactory results with minimally invasive interventional therapy alone, therefore, it can be combined with surgery, and interventional vasodilatation, stent implantation, and artificial vascular bypass can be used comprehensively according to the condition in the process of treatment, so that the two techniques complement each other, avoiding the patients from undergoing multiple surgeries, and minimizing traumas while improving the therapeutic effect, which brings a good news to the general patients. The majority of patients to bring the gospel. Exposure of veins, minimally invasive lifting The familiar varicose veins of the lower limbs are a common disease with a high incidence. In the early stage, the skin of the lower limbs can be seen as “exposed veins”, meandering and tortuous, which not only affects the aesthetics, but is also accompanied by lower limb soreness, fatigue and other discomforts. In the later stage, there may be blackened skin, rash, crust, ulceration, which will not be cured for a long time. Our department adopts various minimally invasive techniques such as point incision, laser treatment and other techniques to treat the disease, avoiding the traditional “cramping and peeling”, only by “sticking needles” can eliminate varicose veins and cure stubborn limb ulcers, usually 3 or 4 days after the operation can be discharged from the hospital, which has the following characteristics It is characterized by good curative effect, rapid healing and beautiful appearance. The abdominal aortic aneurysm, aortic coarctation and various aneurysms in other parts of the body are “time bombs” hidden in the body, and they are like carrying “bombs”, which will burst at some time and lead to “heroic death”. The disease is like carrying a “bomb”, not knowing when it will burst and lead to “heroic sacrifice”, and this kind of disease is a serious threat to human life. In recent years, the use of advanced minimally invasive techniques has made it easy for most patients to isolate aneurysms, and for some more complex patients, surgery combined with minimally invasive techniques can be used to eliminate aneurysms and avoid the risk of rupture. These techniques are simple, minimally invasive, and highly effective, turning traditionally invasive surgery into safe and easy minimally invasive surgery.