Compact Pta Dilatation Catheter Conquest 40 10 Mm Diameter X 8 Cm Length Balloon 75 Cm Series [W3caKrR6]

PTA Dilatation Catheter Conquest 40

The PTA Dilatation Catheter Conquest 40 is a cutting-edge medical device designed for precise and effective percutaneous transluminal angioplasty (PTA). This high-quality catheter boasts a 10 mm diameter and an 8 cm length, making it ideal for various vascular interventions. The balloon, measuring 75 cm, provides exceptional flexibility and control during procedures. With its robust construction and advanced design, the Conquest 40 ensures reliable performance and optimal patient outcomes.

• High-quality material for durability and longevity
• Accurate control with the 10 mm diameter and 8 cm length
• Exceptional flexibility and maneuverability with the 75 cm balloon

Product Specifications

The Conquest 40 PTA Dilatation Catheter is engineered with precision and features several key specifications that set it apart from other catheters on the market. Its balloon is made from a high-grade material that ensures excellent balloon inflation and deflation characteristics. The catheter's shaft is designed for smooth passage through narrow vessels, while the distal tip provides enhanced visualization and manipulation during the procedure.

• Balloon diameter: 10 mm
• Balloon length: 8 cm
• Shaft material: High-grade polymer for durability
• Distal tip design: Enhanced visualization and manipulation

Applications and Benefits

The PTA Dilatation Catheter Conquest 40 is a versatile tool that finds extensive use in various clinical settings. It is particularly beneficial for treating peripheral arterial disease (PAD), renal artery stenosis, and other vascular conditions. The catheter's advanced features make it a preferred choice among interventional radiologists and cardiologists worldwide.

• Effective treatment for peripheral arterial disease and renal artery stenosis
• Enhanced patient outcomes through precise and controlled procedures
• Preferred by professionals for its exceptional performance and reliability