The Bard Magnum Needle is a high-quality core biopsy needle designed to deliver precise and reliable tissue sampling. Available in various sizes of 12G and 14G, with lengths ranging from 10cm to 20cm, these needles cater to a variety of biopsy applications.

Made from medical-grade stainless steel, the Magnum Needle ensures dependable strength and performance. It helps healthcare professionals conduct biopsies with enhanced accuracy and minimal patient discomfort. Ideal for ultrasound-guided procedures, it aids in accurate internal tissue analysis.

Key Features:

• The Bard Magnum Needle offers a range of sizes, ensuring that healthcare professionals can select the appropriate needle gauge and length for specific biopsy needs, increasing the success rate of sample retrieval.
• Manufactured from high-quality medical-grade stainless steel, the needle ensures durability, precision, and minimal discomfort during procedures, enhancing patient and physician confidence.

Uses:

• The Bard Magnum Needle is primarily used for performing percutaneous soft tissue biopsies. It is designed to provide precision and reliability in obtaining tissue samples for diagnostic analysis, essential in identifying various medical conditions.
• This needle is also utilized in ultrasound-guided procedures to help physicians gain accurate access to internal tissues for pathological examinations. Its usage spans across different medical specialties, including oncology, hepatology, and gastroenterology.

FAQs:

1. What procedures are Bard Magnum Needles typically used for?
Bard Magnum Needles are used for conducting soft tissue biopsies in various medical fields like oncology and hepatology, often employed to obtain tissue samples for cancer diagnosis.

2. Are Bard Magnum Needles reusable?
No, Bard Magnum Needles are designed for single use to maintain sterility and ensure patient safety.

3. How are the needles sterilized?
The needles are sterilized before packaging, ensuring they are ready-to-use and safe for direct application in medical procedures.