Emerald syringe with needle 5ml 21Gx40mm (100)
The BD Emerald 5 ml syringe with 21G x 40 mm needle combines precision and eco-design. Its transparent barrel, high-visibility graduation and textured plunger rest guarantee optimal control during injections. Supplied in a box of 100 units, this central Luer Slip syringe meets the requirements of health professionals concerned with reducing their environmental footprint.
| Brand: BD Becton Dickinson |
Référence |
307742 |
Tags |
Associated categories: Injection and infusion equipment > Medical syringes > Emerald syringe with needle 5ml 21Gx40mm (100)
Features
- BD Emerald 5 ml syringe with mounted 21G x 40 mm needle
- Box of 100 units
- Central Luer Slip tip for universal connection
- 21G needle (0.8 mm diameter) measuring 40 mm in length
- Eco-responsible design: 30% less material than traditional syringes
- Integrated flange for stable and secure grip
- Textured rough plunger rest for precise control without slipping
- Graduation in bold characters with green line for quick dosage reading
- Transparent barrel facilitating fluid observation and air bubble detection
- Robust retention ring preventing any accidental plunger ejection
- Manufacturer reference: BD 307742
- Manufacturer: Becton Dickinson (BD)
Precise and controlled administration with a syringe combining ergonomics and environmental responsibility.
Frequently asked questions
What types of injections is a 21G x 40 mm needle suitable for?
The 21G needle measuring 40 mm in length is suitable for intramuscular injections in adults. Its medium diameter allows administration of standard viscosity solutions while minimizing patient discomfort.
What does the Luer Slip tip mean on this syringe?
The Luer Slip system allows the needle to be attached by simple insertion onto the syringe. This universal connector ensures quick connection and is compatible with most standardized medical needles and accessories.
How is this BD Emerald syringe more ecological?
The BD Emerald syringe uses 30% less plastic than traditional models of the same capacity. This reduction in material decreases the environmental footprint without compromising the resistance or functionality of the device.