B Braun 415002 - Disc Filter for Aspiration and Injection 0.2 Micron Filtration for Safe and Sterile Procedures, 50 PER CASE

B Braun 415002 - Disc Filter for Aspiration and Injection 0.2 Micron Filtration for Safe and Sterile Procedures, 50 PER CASE

The B Braun 415002 Disc Filter is a 0.2-micron filter designed for use during aspiration and injection procedures, providing healthcare professionals with an effective tool for ensuring the sterility of fluids and medications. The fine filtration helps remove particulates, bacteria, and other contaminants from fluids, offering an extra layer of safety during medication preparation and administration. This filter is ideal for use in sterile environments such as hospitals, pharmacies, and clinics, particularly during procedures that require high levels of cleanliness and precision.

With its compact design, the disc filter is easy to integrate into standard medical setups, ensuring smooth and sterile fluid transfer.

Key Benefits

• 0.2 Micron Filtration: Provides effective removal of particulates, bacteria, and other contaminants, ensuring sterile fluids and safe injection or aspiration procedures.
• For Aspiration and Injection: Specifically designed for use in aspiration and injection processes, making it versatile for various clinical applications.
• Compact and Efficient Design: The small, disc-shaped filter is easy to use and integrate into standard medical procedures, ensuring fluid sterility without adding complexity.
• Sterile, Single-Use: Designed for single-use applications, the filter ensures sterility and reduces the risk of contamination during procedures.
• Latex-Free and DEHP-Free: Safe for patients with sensitivities to latex or DEHP, minimizing the risk of allergic reactions.

The B Braun Disc Filter enhances both patient safety and procedural efficiency by providing healthcare professionals with a reliable and sterile method for fluid filtration during medical procedures.

Compatibility and Applications

• Compatibility: The B Braun 415002 Disc Filter is compatible with standard aspiration and injection setups, making it suitable for use with syringes and infusion systems commonly found in hospitals and clinics.
• Applications: This filter is ideal for procedures requiring sterile fluid transfer, such as medication preparation, vaccine reconstitution, and sterile compounding. It is widely used in hospitals, outpatient clinics, and pharmacies to ensure that medications are free from harmful contaminants before administration.

Usage Guidelines

To use the B Braun 415002 Disc Filter for aspiration or injection:

1. Connect the filter securely to the syringe or aspiration system to ensure a proper fit.
2. Use the syringe or other equipment to aspirate or inject fluids, allowing the filter to remove particulates and bacteria from the fluid before it reaches the patient.
3. After use, safely dispose of the disc filter in accordance with medical waste protocols to maintain sterility and prevent contamination.

For detailed instructions, consult the product guide included with the filter or contact B Braun customer support for further assistance.

Certifications, Safety Standards, and Regulatory Approvals

The B Braun 415002 Disc Filter meets stringent safety and quality standards:

• FDA 510(k) Cleared: Approved for medical use in the United States, ensuring compliance with safety and performance standards.
• ISO 13485 Certified: Manufactured under a certified quality management system, ensuring consistent product quality and reliability.
• Latex-Free and DEHP-Free: Safe for use in patients with sensitivities, reducing the risk of allergic reactions.

These certifications ensure that the B Braun Disc Filter meets the highest safety and quality standards for use in clinical environments.

Comparison with Competitor Products

The B Braun 415002 Disc Filter stands out due to its 0.2-micron filtration capability, which provides superior protection by removing even the smallest particulates and bacteria from fluids. Competitor products may offer larger pore sizes or less efficient filtration, making the B Braun filter a more reliable option for procedures requiring high levels of sterility. Its compact design and ease of use also make it a preferred choice for healthcare professionals seeking both efficiency and safety.

Typical User Profile and Application Scenarios

• Healthcare Professionals: Nurses, doctors, and pharmacists responsible for preparing and administering medications in sterile environments, such as hospitals, clinics, and pharmacies.
• Appropriate Scenarios: The B Braun Disc Filter is ideal for use in scenarios where fluid sterility is critical, such as medication preparation, vaccine reconstitution, or sterile aspiration during procedures. It is especially useful in critical care and surgical environments.

Best Practices for Use and Maintenance

• Ensure the filter packaging is intact and sterile before use.
• Attach the disc filter securely to syringes or aspiration systems to prevent leaks or contamination.
• Monitor fluid flow to ensure proper filtration during aspiration or injection.
• Dispose of the filter after single use to prevent cross-contamination and maintain sterility.

Regulatory and Safety Information

The B Braun Disc Filter complies with all relevant FDA and ISO safety regulations, ensuring safe and effective use in clinical environments. Its latex-free and DEHP-free design ensures that it is suitable for patients with chemical sensitivities, providing broad compatibility in medical settings.

How to Order

To purchase the B Braun 415002 Disc Filter (0.2 Micron for Aspiration and Injection), visit the CIA Medical website, add the product to your cart, and complete the checkout process. For bulk orders or inquiries, contact CIA Medical customer service at (312) 275-5850 or submit a request for a quote using the contact form on the product page.

This filter provides healthcare professionals with a reliable, sterile, and effective solution for ensuring fluid cleanliness during aspiration and injection procedures, ensuring optimal patient care and procedural safety.