Description Of Screw-Lock Medical Syringe Shield

The screw-lock medical syringe shield is crafted from a densified and highly shielded tungsten alloy material, with a distinctive screw lock that secures the syringe in place. The safety provided by the screw lock is more effective than simple pressed locks, making it more secure against accidental disengagement. For observation purposes, each cover is fitted with a window made of lead glass, and this window enhances the visualization of the syringe, improving injection accuracy. This type of screw lock medical syringe is designed specifically to safeguard users from penetrating isotopes' harmful radiation in nuclear medicine and fits a broad range of syringes, including 1cc, 2cc, 5cc, and 10cc.

Features Of Screw-Lock Medical Syringe Shield

Effective protection: The shield attaches to the syringe via a spiral lock system, which aids in the shield’s stability as well as in making it easy to loosen during use.

Ease of use: The shield’s locking feature can be activated through pressing or rotation, which can be executed rapidly, making it useful in emergencies.

Increased safety: The locking shield mechanism is designed to be irreversible. After locking, the needle is safely hidden, ensuring the syringe is safely disposed of after use.

Increased adaptability: The spiral lock medical syringe shield is compatible with a wide range of syringes, including pre-filled syringes as well as standard syringes. To provide the best fit with different syringes, the shape and size of the shield can be altered to meet specific requirements.

Eco-friendly materials: The shield’s materials are often eco-friendly, like the anodized aluminum used for the shield’s exterior, which is easy to clean and decontaminate.

Applications Of Screw-Lock Medical Syringe Shield

In clinics, hospitals, and other healthcare facilities, spiral-lock medical syringe shields are used specifically for subcutaneous, intramuscular, and intravenous injections. They provide protection for both healthcare professionals and patients. In places like infectious disease wards, these shields are particularly beneficial. They provide protection against needle stick injuries because there is an automatic shield that covers the syringe’s needle post injection. In other regions of the shield, the potential for needlestick injuries and cross-contamination is greatly minimized. The application of shielded syringes for injections during surgical procedures is beneficial because it aids in the preservation of sterility in the surgical field and reduces the infection risk from the shielded encasement.