Interventional therapy is a cutting-edge treatment approach that utilizes advanced technology to perform minimally invasive procedures.
This method involves the insertion of specialized medical instruments, such as catheters and guide wires, into the body under the guidance of medical imaging equipment. By leveraging digital technology, interventional therapy expands the doctor's field of vision and extends their reach using catheters and guide wires.
The incision made during this procedure is remarkably small, comparable to the size of a grain of rice. Interventional therapy offers significant benefits for conditions that traditionally required surgery or had limited treatment options, including tumors, hemangiomas, and various types of hemorrhages.One noteworthy advancement in this field is an innovative operating bed specifically designed for interventional surgery by Howell Medical.
This bed incorporates several advantageous features: Firstly, it ensures that there are no shadows from metal frames on catheter beds when X-ray tubes are angled obliquely during imaging procedures. Additionally, it eliminates any risk of collision between the catheter bed and imaging machines even at significant oblique angles.
Firstly, this operational bed is equipped with a mattress that offers utmost comfort for prolonged periods of lying down without inducing fatigue. Additionally, it serves as an optimal platform for conducting catheter surgeries while enabling simultaneous X-ray fluoroscopy and photography for patients.
Moreover, there exists a specialized operational bed designed exclusively for catheter surgery, capable of accommodating patients undergoing X-ray fluoroscopy and photography. Furthermore, this bed facilitates seamless movement in all directions - forwards and backwards, upwards and downwards, as well as sideways - to cater to diverse surgical requirements.
In addition to that, the
interventional operating bed incorporates a carbon fiber panel that seamlessly integrates with C-arm imaging systems.
This panel possesses exceptional permeability, remarkable toughness, lightweight properties while ensuring clear imaging of various body parts. It finds extensive application in hospitals at every level for angiography procedures involving catheter interventions and radiological diagnosis purposes along with orthopedics and tumor surgeries among others.
Interventional surgery differs significantly from traditional surgical methods, which typically involve localized excision or transplantation within an operating room.
On the other hand, interventional treatments are usually conducted in specialized catheter rooms using minimally invasive techniques that require small incisions on the skin and utilize angiography or CT magnetic imaging devices for both vascular and non-vascular procedures.
The concept of interventional surgery varies across different medical systems and diseases; it emerged as a relatively recent treatment approach since the 1980s, offering an alternative plan that combines medical care with surgical interventions.
This approach presents several advantages, including minimal trauma to patients during procedures resulting in rapid effects and high treatment efficacy levels leading to satisfactory outcomes.
As a result, it holds great promise for future advancements in medicine.
