The TSK Single Hole Cannula 25G x 38mm is an innovative blunt tip cannula designed to enhance the safety and precision of medical procedures. It features a closed-tip side hole cannula with flexibility and a laser-cut side hole, effectively reducing the risk of bruising and bleeding. What sets this cannula apart is its construction using TSK's advanced needle technology known as ULTRA Thin Wall, which offers distinct advantages compared to other cannulas on the market. The larger internal diameter of the cannula minimizes the extrusion force required, resulting in a smoother and more controlled injection session. Each pack of TSK Single Hole Cannula contains 25 cannulas, all featuring a 25G gauge and a length of 38mm. This size configuration strikes a balance between versatility and optimal performance, making it suitable for various medical applications. The TSK Closed Single Hole Cannula provides several key benefits that contribute to an improved injection experience. Firstly, the ULTRA Thin Wall construction ensures a cannula with a larger internal diameter, which significantly reduces the force needed for extrusion. This feature not only makes injections smoother but also allows for greater precision and control during the procedure. By utilizing TSK's advanced needle technology, this cannula facilitates precise and easy injections, resulting in accurate outcomes and a more comfortable experience for patients. The closed-tip design and laser-cut side hole further minimize the risk of bruising and bleeding, ensuring enhanced safety and patient satisfaction. In summary, the TSK Single Hole Cannula 25G x 38mm is an exceptional blunt tip cannula that stands out due to its ULTRA Thin Wall construction and advanced needle technology. With its reduced extrusion force, precise injection capabilities, and minimized risk of bruising and bleeding, it provides healthcare professionals with a reliable tool for performing medical procedures with enhanced precision and patient comfort. Each pack contains 25 cannulas, ensuring an ample supply for medical practitioners. Regenerate response
