B. Braun Sterican 21G Puncture Needles (0.8x120mm, 100 Count)

B. Braun Sterican Puncture Needles

Title: B. Braun Sterican Puncture Needles, 21G x 120mm (0.8x120mm), 100 Count

Description:

High-quality B. Braun Sterican® 21G x 4¾ (0.80 x 120mm) single-use sterile puncture and injection needles. This 100-count box contains new needles sourced directly from Europe. These deep puncture needles are ideal for a wide range of applications, including intramuscular injections.

Key Features:

• Gauge: 21G
• Outer Diameter: 0.8mm
• Length: 120mm
• Color Code: Green
• Luer Slip/Lock Compatibility: Compatible with both Luer Slip and Luer Lock syringes.
• Material: High-grade, chromium-nickel stainless steel with a silicon coating for exceptional smoothness.
• Unique Bevel Design: Minimizes pain and tissue trauma during insertion. Features a three-faceted bevel for reduced discomfort and a rounded distal end to further minimize tissue damage.
• Transparent Hub: Allows for easy visualization of blood flashback, indicating proper venous access.
• Sterile and Single-Use: Ensures hygiene and patient safety.
• Manufacturer: B. Braun Melsungen AG, Germany
• Registration Number: FSZ 2007/00293

Benefits:

• Minimized Pain: Advanced bevel design and silicon coating result in a more comfortable injection experience.
• Reduced Trauma: The specially designed needle minimizes tissue damage.
• Enhanced Visibility: The transparent hub allows for easy confirmation of venous access.
• Reliable Quality: Manufactured by B. Braun, a leading medical device company, ensuring the highest standards of quality and safety.
• Cost-Effective: Bulk packaging provides a cost-effective solution for clinics and healthcare facilities.

Keywords:

B. Braun, Sterican, puncture needles, injection needles, 21G, 0.8mm, 120mm, single-use, sterile, disposable, intramuscular injection, Luer slip, Luer lock, medical needles, healthcare supplies, Germany, silicon coated, chromium-nickel stainless steel, three-faceted bevel, blood flashback, ISO 7864, DIN 13097, FSZ 2007/00293