I.V. Cannulas and Scalp Vein Sets

Medical Tourniquets – Solutions for Venous Access and Intravenous Administration

In medical procedures involving intravenous administration, the correct selection of consumables is essential for the safety and efficiency of treatments. IV cannulas and butterfly needles enable venous access and the controlled administration of solutions in medical settings as well as in home care.

IV cannulas are used for temporary venous access, while butterfly needles, including winged infusion sets, are designed for the controlled administration of intravenous fluids. During the preparation stage, medical tourniquets and infusion accessories support vein localization and ensure the proper performance of the procedure.

These products are appreciated for clear advantages such as:

• simple use in routine procedures;
• compatibility with standard infusion systems;
• easy integration into current medical workflows.

For the complete administration of intravenous solutions, the range can be supplemented with infusion sets. These are useful for flow control and for adapting procedures to different types of treatments.

IV Cannulas, Butterfly Needles, and Other Solutions for Controlled Medical Procedures

How do you choose the right products from the range of IV cannulas, butterfly needles, and accessories?

The selection of products depends on the specifics of the procedure, the method of administration or collection, and the required level of precision. The available range allows for the selection of suitable solutions for venous access, infusion, sample collection, and device fixation, depending on the needs of each medical intervention.

To complement the procedures, syringes and syringe needles are available in our store, necessary for medication preparation and administration. You can also find adhesive bandages and medical adhesive tape, used to protect and secure the puncture site after the completion of procedures.

By choosing the appropriate products, intravenous procedures can be carried out under optimal conditions of safety and efficiency.