Embecta (BD) Ultra-Fine Insulin Syringes – 31G, 1cc, 5/16″ (8mm)

Embecta (BD) Ultra-Fine Needle U100 Insulin Syringes by Becton Dickinson are expertly designed to promote accurate dosing and provide a more comfortable injection experience. Each syringe features large, easy-to-read dose unit markings, allowing patients to clearly view numbers and scale lines for confident insulin administration.

The innovative needle design of every Embecta insulin syringe includes a sculpted, flatter, and thinner surface for easier skin penetration and smoother, gentler injections. Embecta’s proprietary Micro-Bonded Lubrication reduces friction and enhances plunger glide, while Fine-Point Technology shapes each needle tip with precision using a three-step beveling process to ensure optimal penetration and reduced pain.

Embecta uses electro-polishing to remove microscopic burrs, resulting in a consistently smooth needle finish. Made from surgical-grade steel and designed with thin wall cannulas, Embecta insulin syringes allow for improved insulin flow without the need to increase gauge size. Each syringe also includes a clear polypropylene hub for better visibility and is sterilized using gamma radiation to ensure safety. Additionally, these syringes are not made with natural rubber latex, making them a safe option for individuals with latex sensitivities.

Features and Benefits

• Large, bold unit markings for accurate and easy insulin dosing
• Sculpted needle design for less painful, smoother injections
• Fine-Point Technology with a 3-bevel cut for a sharper, more precise point
• Micro-Bonded Lubrication reduces friction and enhances injection comfort
• Electro-polished finish for an ultra-smooth needle surface
• Thin wall cannulas support easier, more efficient insulin flow
• Made from high-quality surgical steel for strength and safety
• Clear polypropylene hub for visibility and stability
• Sterilized using gamma radiation for safety and hygiene
• Not made with natural rubber latex – safe for latex-sensitive users
• Backed by clinical research for proven comfort and user preference