TSK Low Dead Space Needles - 33 G x 13 mm - 100 units - Use before 30/11/2026

Update! This product is valid until 30/11/2026 and cannot be returned!

TSK Low Dead Space needles are specially designed to minimize product loss during treatment with liquids or substances

TSK Low Dead Space needles from the manufacturer TSK Laboratory International are specifically developed to almost completely reduce the so-called dead space or void in the needle, where valuable active substances often accumulate. Thus, Low Dead Space needles, or in other words “needles with a small dead space”, practically have no product loss, saving not only the product, such as a hyaluronic acid filler or botulinum toxin, but also the associated costs. Furthermore, the risk of the needle bending or loosening is minimized in this type of TSK needle, as it is more securely attached to the standardized Luer connection, ensuring a perfect and smooth attachment. Additionally, the individual Low Dead Space needles have a diameter of 33 G and a length of 9 mm, making them a versatile product. By purchasing TSK Low Dead Space needles today, you achieve a product saving of up to 0.08 ml, which, when injecting more expensive active substances, results in significant savings.

Frequently asked questions about TSK Low Dead Space needles

For which treatments can TSK Low Dead Space needles be used?

This type of needle is perfectly suited for treatment with all types of dermal fillers or other products, but especially for the injection of botulinum toxin. In this way, you save the valuable and often expensive substances and can almost use the entire product without loss.

What does a package of TSK Low Dead Space needles contain?

Each package of this product contains 100 TSK Low Dead Space needles, which are individually and sterilely packaged.

What are the dimensions of TSK Low Dead Space needles?

This version of TSK needles is available with a diameter of 33 G and a needle length of 9 mm, as well as with a diameter of 30 G and a needle length of 13 mm.