Kangxin arterial cannulaes are designed to deliver oxygenated blood to the arteriavasculature.These Arterial Cannulas feature with thin wal, reinforced or non-reinforced construction. a cleariexiblecannula body with a tip direction ine, Our arterial cannulae are available in variousmodels to meetyour specific needs.
Why Our Arterial Cannulae Are Your Trusted Choice:
Proven Safety & Biocompatibility: Crafted from premium, implant-tested materials, our cannulae are designed to minimize trauma and ensure excellent biocompatibility. Every batch is rigorously inspected, upholding our commitment to your patient's safety.
Optimized Hydrodynamic Performance: Through advanced design and manufacturing, we achieve exceptional flow characteristics with minimal resistance. This precise engineering helps reduce hemodynamic stress and supports stable perfusion during critical surgeries.
Uncompromising Quality, Certificated Assurance: Our entire production process takes place in a state-of-the-art, ISO 13485 certified facility with a Class 100,000 cleanroom. Supported by full CE certification, we guarantee that every arterial cannula delivers consistent, predictable performance.
Designed for Surgical Efficiency: We collaborate with medical professionals to refine the design of our cannulae, focusing on features that enhance ease of insertion, secure placement, and overall handling to streamline your surgical workflow.

Kangxin pediatric arterial cannulae constructed with a introducer inside the cannulabody which can facilitate cannula insertion, the introducer is designed with a buckle on theproximal end for avoiding introducer move backward during the insertion process.

In cardiac operation under direct vision,reinforced arterial cannulae can be inserted into the artery for blood flow in extracorporeal circulation.

In cardiac operation under direct vision, non reinforced arterial cannulae can be inserted into the artery for blood flow in extracorporeal circulation.Our non reinforced arterial cannulae is an all-in-one structure with good stability and flexibility, high accuracy in thin-walled and tapered structures, the tip positioning line and various tip and loop designs make insertion more accurate and convenient, and are widely used in the establishment of extracorporeal circuits for various open thermal surgery.

In cardiac operation under direct vision, curved tip aortic cannulae can be inserted into the artery for blood flow in extracorporeal circulation.

We provide high quality 24FR straight-headed Aortic Cannulae that are designed to meet the high precision requirements of cardiac surgery. The size of the 24fr ensures adequate blood flow, while the straight-head design allows for precise positioning and manipulation during surgery. As a leading supplier of aortic cannulae, we strictly control the production process and use high-quality materials to ensure that each cannula has excellent durability and Biocompatibility.

These cannula featuredwith thinwall,reinforced withstainless steel spring;straight stip,withsutureflangeorroundring,withorwithout moveablering.

These Curved Tip Arterial Cannulae featured with thin wall,reinforced with stainless steel spring;curved tip 45°or 80°with suture flange or round ring,with or without moveable ring.

These Non Wire-Wound Arterial Cannulaes featured with thin wall, non-reinforced without stainless steel springin side; straight or curved tip, with or without moveable ring.

These Reinforced Arterial Cannula (Wire-Wound Straight Tip) featured with thin wall, reinforced with stainless steel spring: straight tip, with suture flange or round ring, with or without moveable ring.

These Reinforced Arterial Cannula featured with thin wall, reinforced with stainless steel spring; curved tip, 45° or 80° with suture flange or round ring, with or without moveable ring.

These Non-Reinforced Arterial Cannula (Non Wire-Wound) featured with thin wall, non-reinforced without stainless steel spring inside; straight or curved tip, with or without moveable ring.

Kangxin pediatric arterial cannulae constructed with a introducer inside the cannula body which can facilitate cannula insertion, the introducer is designed with a buckle on the proximal end for avoiding introducer move backward during the insertion process.






