Product Introduction: Dose-Syringe Hainwise Control Syringe

The Dose-Syringe Control Syringe is a precision-engineered medical device designed for the safe and accurate intra-arterial or intravenous administration of radiographic contrast media. It is developed to meet the stringent demands of modern diagnostic and interventional radiology procedures, ensuring reliable performance and enhanced patient safety.

Featuring a calibrated dosing mechanism and ergonomic design, the Control Syringe allows healthcare professionals to achieve consistent flow rates and precise volume delivery, which is critical for optimal imaging quality and procedural efficacy. Its robust construction and smooth plunger action minimize the risk of injection variability, while compatibility with standard contrast media and infusion systems ensures seamless integration into clinical workflows.

Ideal for use in angiography, CT scans, and other contrast-enhanced imaging techniques, the Dose-Syringe Hainwise prioritizes user control and patient comfort. Each syringe is manufactured under strict quality standards to guarantee sterility, durability, and compliance with medical device regulations.

By combining accuracy, safety, and ease of use, the Dose-Syringe Hainwise supports radiologists and clinicians in delivering efficient and dependable contrast media administration, ultimately contributing to improved diagnostic outcomes and streamlined clinical practice.

Key Benefits:   

This high-pressure extension tubing is designed to transmit hydraulic pressure in critical medical and industrial applications. The tubing is equipped with secure locking connectors on both ends for leak-resistant connections and is available in multiple lengths to accommodate various setup configurations and spatial requirements.

 Compression Device

The compression device is a specialized medical tool designed to facilitate rapid and effective hemostasis following arterial percutaneous procedures, such as catheterization or angiography. It provides controlled, localized pressure to the vascular access site, reducing the risk of bleeding, hematoma, and other complications while promoting patient comfort and early mobility.

This high-performance manifold is engineered for precision fluid management in demanding clinical environments. Featuring a durable polycarbonate body with ergonomic acetal handles, the device is designed for reliable operation and enhanced procedural control. Its intuitive shark-fin handle geometry provides superior grip mechanics, significantly reducing actuation force while improving tactile feedback. Available in multiple color codes and handle configurations, this versatile manifold supports streamlined workflow organization and customization across diverse interventional applications.

Y Valve

This high-performance Y Connector Hemostatic Valve is engineered to optimize control, access, and hemostasis during complex interventional procedures. Featuring an enhanced torque response mechanism, it provides exceptional one-to-one guidewire and catheter control. Its maximized internal lumen diameter ensures unimpeded delivery of multiple devices, while a superior hemostatic seal system offers reliable bleeding control with intuitive handling for enhanced procedural safety and efficiency.

This high-performance stopcock is engineered for precision fluid management in critical medical and laboratory applications. Featuring airless rotators and a transparent inner lumen, it ensures bubble-free fluid transfer and clear visual confirmation of flow. The ergonomic shark fin handle provides secure, single-handed operation with positive tactile feedback, making it an ideal choice for infusion therapy, angiography, and other procedures requiring reliable directional flow control.

Sheath Introducer

The Sheath Introducer is a fundamental vascular access device designed to facilitate the safe and efficient percutaneous insertion of diagnostic and therapeutic instruments into veins or arteries, such as the radial artery. It serves a dual critical function: establishing a secure conduit for device exchange and maintaining essential hemostasis throughout the procedure to minimize blood loss and procedural complications.