The B Braun Epidural Catheter Filters are a critical component for maintaining the safety and sterility of epidural anesthetic procedures. Designed specifically for use with PERIFIX Epidural Catheters, these flat filters feature a 0.22 Micron pore size to ensure effective filtration of particulates and microorganisms. This level of filtration is vital for providing patients with the highest standard of care, minimizing the risk of infection.

With a convenient flat design, B Braun Epidural Catheter Filters seamlessly integrate into your epidural catheter setup, allowing for easy and reliable use. Each case contains 25 filters, ensuring you have an adequate supply for your medical facility's needs. Trust B Braun to deliver quality and performance in critical medical applications. Enhance the safety of your epidural procedures with these dependable filters.

Key Features:

• 0.22 Micron pore size for optimal filtration of small particulates and bacteria.
• Compatible with B Braun PERIFIX Epidural Catheters, ensuring reliable performance.
• Flat design, providing ease of use and seamless integration into an epidural setup.

Uses:

• B Braun Epidural Catheter Filters are used to filter particulates and microorganisms from anesthetic solutions administered through epidural catheters. They ensure a higher level of safety by maintaining the sterility of the fluid pathway.

FAQs:

1. What is the pore size of the B Braun Epidural Catheter Filter?
The pore size of the B Braun Epidural Catheter Filter is 0.22 Microns, which ensures effective filtration of microorganisms and particulates.

2. How many filters come in one case?
One case contains 25 B Braun Epidural Catheter Filters.

3. Which epidural catheters are these filters compatible with?
These filters are compatible with B Braun PERIFIX Epidural Catheters.

4. Why is such a small pore size important in epidural filters?
A small pore size, like 0.22 Microns, is crucial for effectively filtering out bacteria and particulates, ensuring the safety and sterility of the fluid administered through epidural catheters.