- Diameter options range from 0.014 inches to 0.038 inches, offering versatility for various procedural requirements.
- Customizable lengths between 40 cm to 300 cm accommodate diverse anatomical variations and procedural needs.
- Crafted from high-quality stainless steel or nitinol alloy for exceptional strength, durability, and flexibility.
- Hydrophilic coating enhances lubricity and reduces friction, ensuring smooth navigation through blood vessels.
- Radiopaque tip provides excellent visibility under fluoroscopy, aiding accurate positioning within the vascular anatomy.
- Optimized flexibility and trackability enable precise control and support during navigation through tortuous vascular pathways.
- Designed to facilitate crossing stenotic lesions, delivering therapeutic devices, and retrieving embolic material.
- Advanced specifications ensure reliable and effective performance in peripheral vascular interventions, enhancing procedural success and patient outcomes.
| Structure | Specification（inch） | Effective Length(cm) | Configuration |
| PTFE-coated core wire surface， DMK-developed hydrophilic coating on the tip, featuring tungsten polyurethane for enhanced imaging | 0.014″、0.018″ | 110cm、182cm、300cm | Angled, Straight |
- Angiography: Assisting in guiding catheter placement for imaging the peripheral vascular system, aiding in the diagnosis of vascular conditions such as arterial blockages or aneurysms.
- Angioplasty: Navigating through narrowed or obstructed blood vessels to facilitate balloon dilation and improve blood flow, essential for treating conditions like peripheral artery disease (PAD).
- Stenting: Guiding the placement of vascular stents to reinforce narrowed arteries, restoring blood flow and preventing re-narrowing (restenosis) after angioplasty.
- Atherectomy: Supporting the delivery and positioning of atherectomy devices to remove plaque buildup from arterial walls, restoring vessel patency and improving circulation.
- Thrombectomy: Assisting in the retrieval of blood clots (thrombi) from peripheral vessels to restore blood flow and prevent complications such as limb ischemia.
- Embolization: Facilitating the precise placement of embolic agents to occlude abnormal blood vessels or control bleeding, often used in the treatment of vascular malformations or tumors.
Related products
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Puncture Guidewire
Puncture Guidewire is composed of a stainless steel core wire and a stainless steel winding wire. The core wire provides stiffness and support for navigating through anatomical pathways, while the winding wire enhances flexibility and maneuverability. This composition ensures the guide wire’s durability and reliability during minimally invasive procedures, allowing healthcare professionals to navigate with precision and achieve successful outcomes for their patients.
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Guidewire Welding
The composition of guidewire assemblies produced by Demax is meticulously crafted to ensure superior performance and reliability. These assemblies typically consist of high-quality materials such as stainless steel, nitinol, or specialty alloys, chosen for their mechanical strength, corrosion resistance, and biocompatibility where applicable, particularly in medical applications. Additionally, advanced welding techniques, including plasma welding, laser welding, and PTCA wire brazing, are employed to securely fuse the components together.
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Spring Winding
The composition of springs produced with Demax Spring Winding varies depending on the application requirements. These springs can be wound from a variety of materials, including high-carbon steel, stainless steel, titanium, and specialty alloys, chosen for their mechanical properties and corrosion resistance. Additionally, depending on the application, springs may undergo surface treatments such as heat treatment, shot peening, or coating to enhance durability, fatigue resistance, and performance in challenging environments
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Hydrophilic Guidewire
The composition of Hydrophilic Coated Guidewires typically consists of a core material, such as stainless steel or nitinol, surrounded by a hydrophilic polymer coating. Stainless steel provides the necessary rigidity and structural integrity to the guidewire, enabling it to withstand the forces encountered during navigation through the body. On the other hand, nitinol, a shape-memory alloy, offers flexibility and elasticity, allowing the guidewire to adapt to the contours of anatomical structures without sacrificing durability.
The hydrophilic coating, usually composed of PTFE or a similar material, serves as a lubricious layer that reduces friction and enhances the guidewire’s ability to glide smoothly through the vasculature or other bodily passages. This coating undergoes a specialized manufacturing process to ensure uniformity and durability, enabling the guidewire to maintain its hydrophilic properties throughout the duration of the procedure.
