Overview
The B.Braun Intrapur Neonat Infusion Filter is specifically designed for fine purification within medical infusion systems. This single-use filter, featuring a 0.2 µm pore size, significantly enhances patient safety by effectively retaining harmful particulates and microorganisms.
It is engineered to remove fungi, endotoxins, spores, and various foreign particles from infusion solutions. The filter also ensures dependable air elimination from the system, maintaining its efficacy regardless of the filter's operational position.
Why You'll Like It
- Enhanced Filtration: Features a 0.2 µm pore size for superior removal of fungi, endotoxins, spores, and particulate matter, crucial for sensitive patients.
- Patient Safety: Designed to reduce the risk of contamination and air embolisms, providing a safer infusion therapy experience.
- Reliable Performance: Guarantees consistent air elimination efficiency, regardless of the filter's orientation during use.
- Secure Connections: Equipped with industry-standard Luer Lock connectors for dependable and leak-free attachment to infusion lines.
- Extended Use: Approved for continuous operation for up to 96 hours, optimizing clinical workflow and reducing change-out frequency.
- Hygienic Design: Single-use disposable nature ensures optimal sterility and helps prevent cross-contamination in medical settings.
Who It's For
- Neonatal intensive care units (NICU) and pediatric departments.
- Healthcare professionals administering intravenous medications, nutrition, or fluids to neonates.
- Medical facilities prioritizing advanced particulate and microbial filtration for their most vulnerable patient populations.
- Clinicians seeking high-performance infusion safety solutions with an extended operational period for efficiency.
Package Details
- Quantity: 10 individual infusion filters per pack.
- Connectors: Each filter includes secure Luer Lock connectors and one slide clamp.
- Needle Spike Material: Constructed with durable plastic.
- Origin: Manufactured by B.Braun in Germany.