B Braun 332152 - Perifix Loss-of-Resistance Syringe 8cc Precision for Epidural Procedures, 50/CS

B Braun 332152 - Perifix Loss-of-Resistance Syringe 8cc Precision for Epidural Procedures, 50/CS

The B Braun 332152 Perifix Loss-of-Resistance (LOR) Syringe is designed specifically for use in epidural procedures, allowing healthcare professionals to precisely identify the epidural space. This 8cc syringe is engineered for loss-of-resistance techniques, providing tactile feedback that aids in confirming the correct positioning of the needle during epidural anesthesia. The transparent barrel and smooth plunger action enhance control and accuracy, while the low-friction design minimizes effort during use.

The 4-Lock system ensures secure syringe attachment, improving safety and confidence during procedures, making it ideal for use in labor and delivery, pain management, and surgical anesthesia.

Key Benefits

• Loss-of-Resistance (LOR) Design: Specifically designed to detect the loss of resistance, helping healthcare professionals identify the epidural space with precision during epidural anesthesia procedures.
• 8cc Capacity: The syringes capacity is optimal for loss-of-resistance techniques, providing sufficient volume for accurate identification of the epidural space.
• Smooth Plunger Action: Offers precise control with minimal friction, allowing for smooth and controlled movements during delicate procedures.
• Transparent Barrel: The clear barrel allows for easy visualization, ensuring accurate fluid control and providing visual feedback during use.
• 4-Lock System: Ensures a secure and reliable attachment to needles or other components, improving safety and reducing the risk of disconnection.

The B Braun Perifix Loss-of-Resistance Syringe is an essential tool for epidural procedures, enhancing precision, safety, and comfort for both healthcare providers and patients.

Compatibility and Applications

• Compatibility: The B Braun 332152 Perifix LOR Syringe is compatible with standard epidural needles and other components used in epidural anesthesia. Its 4-lock system ensures a secure fit with compatible devices.
• Applications: This syringe is ideal for use in epidural anesthesia procedures, including labor and delivery, post-operative pain management, and chronic pain relief treatments. It is widely used in hospitals, surgical centers, and pain management clinics for accurate identification of the epidural space.

Usage Guidelines

To use the B Braun 332152 Perifix LOR Syringe:

1. Attach the syringe securely to the epidural needle using the 4-lock system.
2. Insert the needle into the patient, using the syringe to detect the loss of resistance that indicates entry into the epidural space.
3. Once the loss of resistance is felt, proceed with the administration of the epidural anesthetic as needed.
4. After use, dispose of the syringe in accordance with medical waste protocols to maintain sterility and safety.

For detailed instructions, refer to the product guide included with the syringe or contact B Braun customer support for further assistance.

Certifications, Safety Standards, and Regulatory Approvals

The B Braun 332152 Perifix Loss-of-Resistance Syringe meets rigorous safety and quality standards:

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

These certifications ensure that the B Braun Perifix LOR Syringe meets the highest standards of safety, quality, and precision for use in clinical environments.

Comparison with Competitor Products

The B Braun 332152 Perifix LOR Syringe stands out from competitors due to its smooth plunger action, 4-lock system, and low-friction design, which provide superior control and safety during epidural procedures. Competitor products may not offer the same level of precision and tactile feedback, which are critical for successfully identifying the epidural space. The secure 4-lock system further enhances the safety of the procedure, making it a preferred choice for healthcare professionals.

Typical User Profile and Application Scenarios

• Healthcare Professionals: Anesthesiologists, pain management specialists, and obstetricians who perform epidural procedures in hospitals, surgical centers, and pain management clinics.
• Appropriate Scenarios: The B Braun Perifix LOR Syringe is ideal for epidural anesthesia during labor and delivery, post-operative pain relief, and chronic pain management. It is also suitable for any situation where precise identification of the epidural space is necessary.

Best Practices for Use and Maintenance

• Ensure the syringe packaging is intact and sterile before use.
• Attach the syringe securely to the epidural needle, using the 4-lock system to prevent disconnection during the procedure.
• Use smooth and controlled pressure to detect the loss of resistance, ensuring accurate identification of the epidural space.
• Dispose of the syringe after single use to prevent cross-contamination and maintain sterility.

Regulatory and Safety Information

The B Braun 332152 Perifix LOR Syringe complies with all relevant FDA and ISO safety regulations, ensuring safe and effective use in clinical settings. Its latex-free design ensures compatibility with a wide range of patients, including those with sensitivities to latex.

How to Order

To purchase the B Braun 332152 Perifix Loss-of-Resistance Syringe (8cc), 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 syringe provides healthcare professionals with a reliable, precise, and sterile solution for performing epidural procedures, ensuring optimal patient care and procedural success in various medical environments.