Disposable Tuberculin Syringes 1ml, with 25G Needle, 100 pieces

This pack contains 100 single-use tuberculin syringes made of polypropylene with transparent walls, designed for professional handling in medical environments. The transparent barrel provides clear visibility of the fluid and accurate monitoring of the volume, supported by a 0.1 mL graduation scale printed directly on the surface. Each syringe is equipped with a rubber plunger engineered to maintain tight sealing and ensure controlled, consistent motion during aspiration and administration. The included detachable needle is 25G (0.5 x 16 mm), compatible with the standard 1 mL tuberculin syringe configuration. The needle attaches securely to the syringe connector, allowing a stable fit during use. The product is sterilized using the ethylene oxide (EO) method, a common sterilization technique for medical-grade consumables, ensuring the necessary level of safety when handling medicament fluids. All components are latex-free, non-toxic, and non-pyrogenic, meeting requirements for sterile single-use consumables. The syringes are supplied in a 100-piece pack, with each unit containing the standard components required for clinical operation. The construction ensures smooth interaction between the rubber plunger and the polypropylene barrel, supporting precise control over fluid movement. The printed markings are easy to read, enabling accurate measurement during both aspiration and administration procedures. This product is intended for use by trained medical personnel for drawing fluids from vials or administering medicament substances. General instructions for use: • Withdraw the required fluid by pulling the rubber plunger while monitoring the graduation markings. • Ensure the detachable needle is securely attached before use. • Handle the syringe under sterile conditions and dispose of it appropriately after a single use. This set provides a complete and standardized option for clinical procedures where accurate measurement and professional handling of injectable solutions are required.