RAPID DISPATCH
24/H dispatch
10 in stock
BD MICROLANCE 3 needles allow for smooth penetration, smoothness during insertion and extraction and reduced needle friction when advancing through tissue.
- Calibre: G27
- Diameter: 0.40 mm
- Length: 13 mm
- Colour Code: Grey
- Triple sharpening needle
- BD MEDICAL
- NAME: BD MICROLANCE 3 (27GX13MM)
- COMPOSITION: Ultrasonically polished stainless steel.
- PRESENTATION: 100 x (27Gx13mm).
- INDICATIONS: Indicated for intradermal, subcutaneous, intramuscular, intravenous and aspiration injections.
- USE: Strict medical use.
- Needles: 100 x (27Gx13mm).
Ultrasonically polished stainless steel.
BD Microlance™ needles are designed with thin walls, allowing the use of thinner needles with a larger inner lumen. This innovative design increases the flow speed during injection and aspiration procedures, making the process more efficient and faster.
Needles can be easily connected to Luer or Luer Lock adapters, ensuring universal compatibility. In addition, the needles are colour-coded according to ISO standards, ensuring easy identification and use.
Surface polishing process: Improves the smoothness of the needle, facilitating insertion into fabrics.
Patented lubrication process: further reduces friction, increasing comfort during use.
They are sterilised with ethylene oxide and packaged in individual medical paper blisters.
The needles are suitable for intradermal, subcutaneous, intramuscular and intravenous injections, as well as aspirations, making them versatile in the clinical setting.
Thanks to the triple sharpening, thin walls and ultrasonic polishing, the needle penetrates easily, reducing friction and tissue trauma.
Yes, they can be connected to all Luer or Luer Lock adapters, ensuring universal and secure compatibility.
They are ethylene oxide sterilised and packaged in individual medical paper blister packs, ensuring hygiene, safety and single use.
They have a G27 gauge (0.40 mm diameter), 13 mm length and grey colour coding according to ISO standards for quick identification.