IV Filter

Sterile inline filters for intravenous infusions that remove microparticles and bacteria. Available with various pore sizes for specific clinical applications.

Sterile intravenous filters for prevention of particulate contamination in IV fluid administration.

Integrated filtration components for intravenous infusion applications including oncology and neonatal uses. Provides particle removal and microbial barrier protection during medication administration.

Sterile inline or add-on filters for intravenous therapy. Reduces particulate contamination and improves infusion safety.

Integrated filters for infusion and oncology systems preventing particle and microbial contamination during drug administration.

Intravenous filters specifically designed for particle filtration to remove contaminants and protect patients receiving infusion therapy from particulate matter.

Single-use, disposable connectors intended for use with a vascular access device for administration of fluids during IV therapy. When paired with IV lines, they prevent unwanted particles and organisms from entering the patient through an IV line.

Disposable precision IV filter designed for infusion sets with various pore sizes (0.22μm to 5μm) to ensure safety and clarity in intravenous drug administration. Available with PES membrane and air stop filter technology for venous access lines.

Inline filtration device designed for adult intravenous applications to remove particulates and ensure solution sterility. Protects patients from contamination during fluid administration.

Disposable 1.2 micron in-line filter for medical infusion sets. Designed for critical care intravenous drug administration with customizable configurations.

In-line sterile filter for removal of particulates and microorganisms from intravenous fluids. Protects patients from contamination during fluid administration.

A dual-layer intravenous filter with 0.2 and 1 micron pore sizes designed to remove particulates and air from infusion lines while preventing bacterial contamination during IV therapy.