Kangxin venous cannulae are designed to offer optimal venous drainage while providing flexibilityand ease of use. The venous cannulae are available in single stage, double stage or three stage construction and in a variety of tip design to facilitate different surgical needs.
Why choose Kangxin ?
ISO 13485 & CE Certified Production: Every venous cannulae is manufactured in a state-of-the-art cleanroom environment, complying with international medical device standards.
Proven Clinical Reliability: Backed by over a decade of R&D focus on cardiovascular surgery devices, our venous cannulae products are trusted by surgeons worldwide.
Full Customization Support: We offer OEM/ODM services, providing tailored solutions for specific surgical needs or market requirements.
Choose Kangxin to partner with a manufacturer dedicated to innovation, quality, and surgical excellence. Explore our venous cannula range to discover tools designed to elevate patient care and operational efficiency.

In cardiac operation under direct vision, straight tip venous cannulae can be inserted into the vein for blood flow in extracorporeal circulation.

In cardiac operation under direct vision, it can be inserted into the vein for blood flow in extracorporeal circulation.

In cardiac operation under direct vision, metal tip venous cannulae can be inserted into the vein for blood flow in extracorporeal circulation.

1.Biomedicus multistage venous cannula has a multi-stage design, which can drain venous blood efficiently and adapt to different conditions.
2.Possible integration of pressure monitoring and drug infusion functions, good intubation performance, high flow and lumen patency.
3.The dual stage venous cannula utility model has the advantages of convenient operation, providing convenience for medical operation and ensuring the safety of patients' treatment.

In cardiac operation under direct vision, three stage venous cannulae can be inserted into the vena cava for flood flow in extracorporeal circulation.The layered structure is fixed and optimizes Hemodynamics, improves safety, reduces the risk of complications and facilitates monitoring and management, as well as improves patient comfort, which can be customized and reduced.











