Description

Description:
Enhance diagnostic precision with the Bard Bone Marrow Aspiration Illinois Needle – 18G (DIN1518X), a cutting-edge medical device meticulously crafted for bone marrow sampling. Designed to meet the rigorous standards of medical professionals, this needle ensures reliable and efficient extraction for diagnostic analysis.

Key Features:

Pediatric Intraosseous Infusion: The Bard Needle is specifically indicated for pediatric intraosseous infusion, providing a specialized solution for the unique requirements of pediatric patients.

Sharp Lancet Point: Featuring a sharp lancet point, this needle ensures a swift and precise penetration, minimizing patient discomfort while facilitating efficient bone marrow sample collection.

Adjustable Depth Stop: The inclusion of an adjustable depth stop enhances ease-of-use during procedures. This feature allows healthcare practitioners to control the depth of needle penetration, promoting accurate and controlled sampling.

Luer Slip/Lock Connection: The needle is equipped with a Luer slip/lock connection, ensuring secure attachment to medical equipment. This feature enhances the stability of the needle during bone marrow aspiration procedures.

Twist-off Cap: The twist-off cap is designed to securely hold the stylet in place, adding a layer of convenience to the handling of the needle during the sampling process.

Benefits:

Optimized Bone Marrow Sampling: The Bard Needle facilitates bone marrow aspiration and biopsy procedures, ensuring optimal sample collection for subsequent laboratory analysis and evaluation. Its precision contributes to reliable diagnostic results.

Reduced Contamination Risk: Engineered as a single-use, disposable device, this needle minimizes the risk of cross-contamination between procedures. The design prioritizes patient safety and procedural integrity.

Compatibility Assurance: Designed to align with standard bone marrow aspiration procedures and equipment, the Bard Needle ensures compatibility, allowing seamless integration into existing medical protocols.