The TSK Control Hub 30G x 13mm is a sharp needle designed using TSK's advanced needle technology called ULTRA Thin Wall. This innovative technology ensures that the needle remains unobstructed during medical procedures, preventing any blockages that may hinder the flow. The ULTRA Thin Wall needle technology features a larger internal diameter, providing up to a 24% increase in size compared to a standard 27G needle. This larger diameter allows for an optimal flow rate, facilitating smooth and efficient injections. The TSK Control Hub needle is also constructed with an extremely hard polymer material in its hub. This combination of ULTRA Thin Wall technology and the durable hub material prevents any flexing of the hub when exposed to high pressures, ensuring a secure connection that eliminates any potential leakage or the needle popping off the syringe. This feature adds an extra layer of safety and reliability to the injection process. Each pack of TSK Control Hub includes 100 sharp needles, all with a 30G gauge and a length of 13mm. This generous quantity provides healthcare professionals with an ample supply of needles for a wide range of medical applications. The TSK Control Hub offers several benefits that contribute to an improved patient experience. The ULTRA Thin Wall technology, combined with the optimal flow rate, allows for a smoother and more controlled injection. This results in less extrusion force being needed, minimizing patient discomfort while ensuring precise and accurate injections. By using the TSK Control Hub needle, healthcare professionals can reduce the risk of bruising and bleeding associated with medical procedures. The sharp needle, along with the advanced needle technology, enables precise and controlled injections, leading to better patient outcomes. The TSK Control Hub 30G x 13mm is particularly suitable for dermal filler applications and similar procedures. Its high-quality construction, along with the advanced needle technology, makes it a reliable choice for healthcare professionals seeking improved performance and safety during medical procedures.
