TSK 33G x 4mm (3/16″) needles are premium-quality ultra-thin wall (UTW) hypodermic needles, designed to deliver precision, comfort, and reduced injection force. These needles are widely used in aesthetic medicine, dermatology, and medical applications, offering enhanced control, minimal discomfort, and superior performance. Ideal for botulinum toxin injections, dermal fillers, mesotherapy, and skin boosters, TSK needles ensure a smooth and precise injection experience for practitioners and patients alike.
Designed specifically for aesthetic medicine, TSK PRE Needles offer numerous clinical advantages.
Benefits include:
Ultra Fine 33G Needle
Provides exceptional precision while helping to minimise patient discomfort.
4mm Needle Length
Ideal for superficial injectable treatments requiring accurate placement.
Ultra Thin Wall (UTW) Technology
Allows improved flow rates while maintaining a very fine needle diameter.
Advanced Needle Sharpening
Engineered for smooth penetration with reduced insertion resistance.
Anti-Coring Technology
Designed to minimise rubber coring when drawing product from vials, helping preserve product integrity.
Regular Hub Design
Compatible with standard Luer lock syringes commonly used in aesthetic practice.
Sterile & Single Use
Each needle is individually packaged and sterilised for single-use only.
Box of 100
Convenient clinic pack containing 100 sterile needles.
TSK is recognised worldwide for producing premium needles specifically engineered for aesthetic medicine.
Practitioners choose TSK because they offer:
The PRE Needle range has become a preferred choice for practitioners performing delicate facial treatments where precision and control are essential.
The TSK PRE Needle 33G x 4mm is commonly used for superficial aesthetic injections, including:
Needle selection should always be based on the treatment protocol, product characteristics and individual patient assessment.
The TSK PRE Needle combines an ultra-fine gauge with Ultra Thin Wall technology to maximise internal diameter while maintaining a small external profile.
This allows injectable products to flow more easily through the needle, reducing the force required during injection and providing greater control throughout treatment.
Its precision-engineered bevel helps minimise tissue trauma while supporting accurate placement of injectable products.
