Vacutainer Micro-perfusor Adapter, Sterile, 20 G, 100 Pcs

The Vacutainer micro-perfusor adapter is a sterile, single-use medical device designed for blood sample collection procedures in combination with Vacutainer systems and scalp vein sets (butterfly needles). It provides a secure and standardized connection between the perfusor and Vacutainer holder, using a threaded Luer Lock mechanism for stable attachment. Manufactured from transparent polypropylene, this adapter ensures durability, lightweight handling, and visibility during use. The integrated 20 G needle has a diameter of 0.9 mm and a length of 1.3 cm, following standardized dimensions for routine medical applications. The material is non-toxic and non-pyrogenic, suitable for professional use in hospitals, clinics, intensive care units, and emergency services. Technical features: • Compatible with scalp vein sets (butterfly needles) and Vacutainer blood collection systems; • Luer Lock threaded connection for secure and stable fixation; • Sterile when packaging is intact; single-use design; • Material: transparent polypropylene, non-toxic, non-pyrogenic; • Integrated needle: 20 G (0.9 mm diameter, 1.3 cm length); • Supplied in a box of 100 units. Applications: • Routine blood collection in hospitals, clinics, and laboratories; • Use in intensive care, emergency departments, and ambulance services; • Standardized consumables for medical professionals. Instructions for use: 1. Twist the adapter cap until the seal is pierced. 2. Pull the adapter from the cap and keep the cap. 3. Insert the threaded side of the adapter into the Vacutainer holder. 4. Remove the protective cover of the adapter. 5. Remove the cap from the scalp vein set and connect securely to the adapter. This adapter is a standardized consumable for safe and precise sample collection, packaged in a box of 100 sterile units. As a reliable sterile medical accessory, the Vacutainer micro-perfusor adapter is intended for exclusive professional use in healthcare environments, ensuring consistent performance in blood collection workflows.