Round Tai microcatheter: a precise tool for interventional medicine

In today's rapidly developing interventional medicine, microcatheters, as the core tool, have become indispensable "precise navigators" in vascular and non vascular interventional treatments due to their excellent fine design and multifunctional characteristics. Yuantai microcatheter provides reliable support for interventional therapy in various fields with cutting-edge technology and innovative processes.

1、 Striving for excellence in product design

The Round Tai Micro Tube is a reinforced precision tube with a diameter of only 0.70-1.30mm, which uses a three-layer composite structure to achieve performance breakthroughs:

Inner layer: Made of polytetrafluoroethylene (PTFE) material, creating an ultra smooth inner wall that significantly reduces blood flow resistance and ensures smooth passage of guide wires and drugs;

Middle layer: By weaving or winding stainless steel wire, the pushing force, bending resistance, and torque transmission ability are significantly improved, making the operation more precise and controllable;

Outer layer: Made of polymer materials (such as polyurethane, etc.), designed with a hardness gradient to perfectly balance distal flexibility and proximal support force, balancing passability and stability.

Specially equipped hydrophilic coating effectively reduces intravascular friction, further enhancing the ability of the instrument to pass through complex blood vessels, making the treatment process safer and more efficient.

2、 A versatile assistant for comprehensive intervention therapy in all fields

With the advantages of precise delivery and flexible operation, the Round Tai microcatheter is widely used in various interventional fields, providing strong support for clinical treatment

1. Vascular intervention field

In the diagnosis and treatment of peripheral vascular diseases such as arterial stenosis, aneurysms, and vascular malformations, the Round Tai microcatheter performs well and can assist in procedures such as balloon dilation and stent implantation. For complex lesions in coronary artery intervention therapy, such as complete occlusion, bifurcation lesions, severe calcification lesions, etc., it can accurately guide guide guide wires, deliver drugs or stents, and significantly improve treatment effectiveness.

2. Neurointerventional field

In the face of cerebrovascular diseases, the Round Tai microcatheter is a reliable treatment tool that can be used for cerebral aneurysm embolization, cerebral vascular stenosis angioplasty, cerebral vascular malformation embolization, and other treatments. For example, it can accurately deliver spring coils or stents, efficiently treat cerebral aneurysms, and bring good news to patients.

3. Tumor intervention field

In the local treatment of tumors such as liver cancer and lung cancer, the Round Tai microcatheter exhibits unique advantages. Through ultra selective catheterization, chemotherapy drugs can be precisely infused into the tumor site or embolization therapy can be performed, which not only enhances the therapeutic effect but also significantly reduces the systemic side effects of drugs, achieving the ideal effect of targeted therapy.

Cardiac and peripheral vascular intervention field

In cardiac intervention therapy, the Round Tai microcatheter can be used for coronary angiography, stent implantation, angioplasty, etc. Especially in cases of complete occlusion or twisted lesions of the coronary artery, it can provide stable support, assist the guide wire to pass smoothly, and complete the surgery. For peripheral vascular diseases such as renal artery stenosis, lower limb arteriosclerosis, Budd Chiari syndrome, etc., it can assist in performing procedures such as balloon dilation, stent implantation, and thrombus aspiration, effectively improving the patient's blood circulation.

4. Other featured applications

Round Tai microcatheter can also be used for hemostasis treatment of gastrointestinal bleeding, drainage or stent placement of biliary diseases, etc. It plays a key role in the treatment of various complex diseases, fully demonstrating its wide applicability and irreplaceability in the field of interventional medicine.