Bard CR Truguide Coaxial Biopsy Needle - 17G X 13.8cm (C1816A)

Features:

The Bard CR Truguide Coaxial Biopsy Needle is a coaxial biopsy system used for the collection of tissue samples from specific areas of the body, guided by imaging technologies like computed tomography (CT) or ultrasound. The coaxial design typically involves an outer sheath and an inner core, allowing for precise targeting and extraction of tissue samples.Specifications:Provides a clear path to work through when performing multiple biopsies in the same areaEngineered compatibility with BD Biopsy Instruments enhances efficiency and accuracySized just one gauge larger than corresponding BD Core Tissue Biopsy NeedlesColor-coded depth stops conveniently match the recommended BD Biopsy Needle

Benefits:

• Precision with Coaxial Design:
  The coaxial design of the biopsy needle enhances precision by providing a guided and controlled approach to tissue sampling, reducing the likelihood of errors or complications.

• Versatility with 18 Gauge Diameter:
  The 18-gauge diameter offers versatility in biopsy applications, striking a balance between sample volume and procedural comfort. This gauge is suitable for various clinical scenarios.

• Sufficient Reach with 13.8 cm Length:
  The length of 13.8 cm provides sufficient reach for accessing target tissues, ensuring versatility in clinical applications and maintaining procedural control.

• Enhanced Accuracy with Truguide Technology:
  Truguide technology contributes to enhanced accuracy by assisting healthcare professionals in navigating to the target site with confidence, ultimately improving the success of biopsy procedures.

• Real-Time Visualization with Radiopaque Markings:
  Radiopaque markings enable real-time imaging guidance, allowing clinicians to visualize the needle's position during procedures such as fluoroscopy or ultrasound. This enhances the precision of needle placement.

• Ultrasound Visibility with Echogenic Tip:
  The echogenic tip enhances ultrasound visibility, making it easier for clinicians to visualize the needle under ultrasound guidance. This feature contributes to accuracy in targeting specific tissues during ultrasound-assisted biopsy procedures.