The Siemens DSA (Digital Subtraction Angiography) vascular machine plays an important role in vascular diagnosis and interventional therapy with its advanced technology and excellent performance. The following is a description of the characteristics and functions of Siemens DSA vascular machine:

characteristic

High image clarity:

By adopting advanced digital subtraction technology, high-resolution vascular images can be generated, clearly displaying the detailed structure of blood vessels and providing accurate diagnostic basis for doctors.

Fast collection speed:

It has fast image acquisition capability and can capture the dynamic changes of blood vessels in real time, meeting the needs of emergency surgery and emergencies.

Easy to operate:

Adopting an intelligent operating interface and control system, the operation is simple and intuitive, making it convenient for doctors to operate during the surgical process.

Low radiation dose:

By optimizing the system design, the radiation dose for patients and doctors has been effectively reduced, and the safety of the examination has been improved.

Wide applicability:

Suitable for vascular imaging diagnosis and interventional treatment of various parts of the body, including the heart, nerves, peripheral blood vessels, etc.

Function Description

Angiography diagnostic function:

Angiography of various parts of the body: It can perform imaging diagnosis on cerebral blood vessels, cardiovascular vessels, limb blood vessels, head and neck blood vessels, etc., and detect lesions such as vascular stenosis, occlusion, aneurysms, arteriovenous malformations, etc.

Tumor blood supply angiography: used to display the blood supply vessels of tumors and provide positioning basis for tumor intervention therapy.

Interventional therapy function:

Interventional therapy for vascular diseases: such as balloon dilation and stent implantation for vascular stenosis, which directly treats the diseased blood vessels through catheterization techniques.

Interventional therapy for non vascular diseases: such as percutaneous puncture cyst catheterization, suction and solidification treatment, percutaneous puncture intervertebral disc laser vaporization and decompression treatment for intervertebral disc herniation, etc.

Tumor intervention therapy: such as local arterial chemoembolization, direct injection of drugs into the tumor, etc., drugs are delivered directly to the tumor site through catheter technology to improve treatment effectiveness.

Advanced image processing capabilities:

Multimodal image fusion: supports the fusion of vascular imaging with CT, MRI, PET and other images, which can more accurately display anatomical structures and evaluate the pathological characteristics of lesions.

Image post-processing and analysis: Equipped with advanced image post-processing workstations, the collected images can be processed and analyzed in various ways, such as vascular stenosis analysis, cardiac function analysis, etc., providing doctors with more comprehensive diagnostic information.

Intelligent assistance function:

Automatic tracking and positioning: During the imaging process, the device can automatically track the flow of contrast agent in the blood vessels, display the dynamic changes of the blood vessels in real time, and facilitate doctors to perform precise positioning and treatment.

Intelligent Navigation and Guidance: Equipped with advanced navigation and guidance systems, it provides doctors with precise surgical paths and intubation guidance, improving the accuracy and success rate of surgery.

Other functions:

Rotating DSA and step tracking angiography: Supports multi angle rotating angiography and step tracking angiography, which can observe vascular lesions from multiple angles and provide more comprehensive diagnostic information.

Large field of view coverage: With a larger field of view coverage, it can display more anatomical structures simultaneously, reducing the number of fluoroscopy and radiation dose.

In summary, the Siemens DSA vascular machine plays an important role in the field of vascular imaging diagnosis and interventional therapy with its advanced technology, excellent performance, and wide applicability.