BD Micro-Fine+ Insulin Syringe 1ml 29Gx12.7mm (100 pieces)
BD Micro-Fine+ 1ml syringes are designed for subcutaneous insulin injection. Equipped with a crimped 29G 12.7mm needle in surgical stainless steel, they offer optimal penetration thanks to their sharp point and electropolished cannula. Precise graduation in 2-unit increments. Sterile, packaged in sachets of 10, 100 pieces per box.
| Brand: BD Becton Dickinson |
Référence |
324827 |
Associated categories: Injection and infusion equipment > Hypodermic medical needles > BD Micro-Fine+ Insulin Syringe 1ml 29Gx12.7mm (100 pieces)
Features:
- Sterile insulin syringe with fixed needle 29G x 12.7 mm
- 1 ml capacity with graduation in 2-unit increments up to 100 IU
- High quality surgical stainless steel needle
- Tip and bevel with optimized sharpness for easy penetration
- Electrically polished cannula for smoother insertion
- BD proprietary lubricant formulation to reduce friction
- Intended for insulin-dependent diabetics and healthcare personnel
- Indication: subcutaneous insulin injection
- Packaging: box of 100 syringes in individual sachets of 10 units
- Brand: BD (Becton Dickinson)
More comfortable daily injection thanks to an ultra-fine, perfectly lubricated needle.
Frequently asked questions
What is the difference between a 29G needle and a larger gauge needle?
Gauge 29G corresponds to a finer needle than lower gauges (27G, 25G). The higher the number, the finer the needle. A 29G needle thus offers less painful injection and is particularly suitable for subcutaneous insulin injections.
Can a BD Micro-Fine+ syringe be reused?
No, these syringes are designed for single use only. Reuse dulls the needle tip, increases the risk of infection, and may affect dosing accuracy. Each syringe must be disposed of in a suitable sharps container after use.
How do I read the graduation on this 1 ml syringe?
The graduation is marked in 2-unit increments, from 0 to 100 international units (IU). This scale allows precise insulin dosing according to medical prescription, with each mark corresponding to 2 units of insulin.