Infusion Sets Range
Explore our comprehensive range of administration sets, featuring micro-regulators, precision filters, and needle-free ports.
Administration Set with Micro-Regulator & 0.2μm Filter
Advanced dual-safety IV set equipped with the GVS® EasyDrop® micro- regulator (5–250 mL/hr) and the GVS® Speed flow® 0.2µm sterile filter for bacterial and particulate retention.Designed for critical care and sensitive medications. Includes drip chamber and luer-lock connector. EO-sterilized and non-toxic
Administration Set with 0.2μm Filter
Advanced dual-safety IV set equipped with the GVS® EasyDrop® micro-regulator (5–250 mL/hr) and the GVS® Speed flow® 0.2µm sterile filter for bacterial and particulate retention.Designed for critical care and sensitive medications. Includes drip chamber and luer-lock connector. EO-sterilized and non-toxic.
Administration Set with Needle-Free Port
Standard gravity IV set featuring a needle-free Y-port for closed-system medication administration. Includes drip chamber, roller clamp, and luer-lock connector. Optional configurations available with GVS® Speedflow® 0.2 µm or 1.2 µm filters depending on clinical requirements.
Administration Set with Micro-Regulator
Gravity IV administration set featuring the GVS® Easy Drop® micro-regulator (flow range 5–250mL/hr) for precise manual flow control. Includes a standard drip chamber, roller clamp, and luer-lock connector. EO-sterilized, non-toxic, and suitable for general IV therapy.
Administration Set with Micro-Drip & Needle-Free Port
Micro-drip (60 drops/mL) infusion set with a needle-free Y-port for safe medication access. Equipped with the GVS® EasyDrop® micro-regulator (5–250 mL/hr) for fine flow adjustment. Suitable for pediatric, oncology, and low-volume infusions. EO-sterilized and non-toxic.
Extension Line with Needle-Free Port
Sterile extension line with an integrated needle-free GVS® valve for safe, closed-system access. Low-volume tubing with rotating male luer, female luer connector, and clamp. Ideal for extending IV access while maintaining high flow accuracy and reducing contamination risk.