The Myco Reli Conventional Hypodermic Needle with Syringe is an essential tool in any medical setting, combining precision, reliability, and disposability. These syringes come with detachable hypodermic needles, ensuring enhanced convenience for various medical procedures. With a variety of sizes available, including 1 mL to 10 mL capacities, and gauges from 20G to 27G, these syringes are ideal for diverse medical applications, from administering medication to drawing blood samples.

Designed with either regular or thin wall structure, these syringes minimize medication wastage due to their low dead space configuration, making them both cost-effective and efficient. Healthcare professionals prefer them for their consistent performance and precision due to the regular wall/bevel design. Packaged securely with 100 syringes per box, Myco Reli ensures that you have the necessary tools at hand for seamless patient care.

Key Features:

• Comes with a detachable hypodermic needle for versatile use and easy disposal.
• Low dead space design ensures minimal medication wastage, enhancing cost-efficiency.
• Available in various sizes and gauges to cater to different medical needs and practices.
• Regular and thin wall designs ensure robust use with reliable performance.

Uses:

• Myco Reli Conventional Hypodermic Needles with Syringes are primarily used for medical injections and fluid withdrawal. These needles assist healthcare professionals in precise medication delivery, vaccinations, and drawing blood samples efficiently and safely.

FAQs:

1. What is the difference between regular and thin wall needles?
Thin wall needles have a larger diameter allowing for better fluid flow compared to regular wall needles, enhancing efficiency during injections.

2. Are these syringes reusable?
No, Myco Reli Hypodermic Needles with Syringes are designed for single use only to maintain sterility and prevent infection.

3. What does low dead space mean?
Low dead space means minimal medication remains in the syringe after injection, reducing waste and improving dosing accuracy.