Hypodermic Needle for JUVEDERM® - HPC Advanced Hub
Hypodermic Needle for JUVEDERM® - HPC Advanced Hub
Hypodermic Needle for JUVEDERM® - HPC Advanced Hub

Hypodermic Needle for JUVEDERM® - HPC Advanced Hub

$45.00
$45.00
Shipping calculated at checkout.
Gauge & Length:
Pieces per box:
In Stock
Pay with credit card
Delivery to all states
Trustpilot

 

Specific fitting for JUVEDERM® syringes
HPC needles are designed with custom fittings specifically engineered for JUVEDERM® syringes, ensuring a secure, reliable connection during every injection. This precise interface minimizes the risk of leakage, prevents hub pop-offs, and maintains an optimal flow rate for high-viscosity dermal fillers. By providing a stable connection and clear alignment, practitioners can perform seamless, controlled procedures with greater confidence. The specialized fitting ensures that the full volume of product is delivered accurately, enhancing efficiency, reducing waste, and improving patient outcomes.

 

Larger inner diameter with TSKiD™ Technology
HPC needles feature TSKiD™ Max barrels, incorporating advanced TSKiD™ technology to maximize flow and injection efficiency. These specially engineered needle barrels have enlarged inner diameters, allowing thicker or particulate-laden products to pass through more smoothly with reduced injection force. TSKiD™ technology is available in Standard, Large, and Max variations, providing flexibility for different treatment needs. For example, a 30G HPC needle with TSKiD™ Max barrels can achieve an inner diameter up to 65% larger than the ISO standard. This larger inner diameter not only improves the ease of injection but also ensures precise and consistent filler placement, reducing tissue trauma and enhancing patient comfort.

 

Advanced hub geometry
Dermal fillers often contain high-viscosity formulations or small particulate matter, making injections more challenging. HPC needles address this with a wider internal hub geometry, allowing smoother product flow and minimizing resistance during injection. In addition, the HPC hub is designed to be shorter than the PRC hub, providing a more compact and ergonomic system that is easier to handle during detailed procedures. This combination of wider internal flow and reduced hub length ensures precise delivery of high-viscosity fillers, making procedures more efficient and controlled.

 

External 360 hub threading
The HPC “advanced hub” also incorporates external 360-degree threading, which creates a tighter luer lock connection between syringe and needle. This feature prevents accidental hub pop-offs even under high-pressure injections, maintaining a secure and reliable connection. For practitioners, this ensures that the needle remains stable and fully functional during delicate procedures, reducing the risk of interruptions, leaks, or misplacement of filler material.

 

Hard polymer hub
Durability is critical for high-performance injection tools, and HPC hubs are constructed from an extremely hard polymer that prevents flexing under high pressures. This rigidity protects against hub deformation and leakage, ensuring consistent product delivery and reducing the likelihood of needle pop-off. By combining hard polymer construction with TSKiD™ Max technology, wider hub geometry, and external threading, HPC needles offer a reliable, precise, and safe solution for dermal filler procedures. Practitioners benefit from enhanced control, patient comfort, and predictable results with every injection.

Since its founding, TSK Laboratory has focused on enhancing the precision and safety of medical and aesthetic injections through innovation and quality manufacturing. Today, TSK is globally recognized for offering complete solutions that improve both practitioner workflow and patient care.

TSK’s reputation for excellence is built on a commitment to continuous research, product development, and close collaboration with aesthetic experts worldwide.

Frequently asked questions

The TSK HPC needle is specifically designed for JUVEDERM® syringes, ensuring a secure connection that minimizes leakage and prevents hub pop-offs. Its larger inner diameter, facilitated by TSKiD™ Technology, allows for smoother passage of high-viscosity fillers, resulting in easier injections and more precise filler placement. This design not only enhances the efficiency of the procedure but also improves patient comfort and outcomes.

TSKiD™ Technology features specially engineered needle barrels with enlarged inner diameters, which can be up to 65% larger than ISO standards. This innovation allows thicker or particulate-laden products to flow more easily through the needle, requiring less injection force. Consequently, practitioners can achieve consistent filler delivery with reduced tissue trauma, enhancing the overall patient experience during aesthetic procedures.

The advanced hub geometry of HPC needles is designed to accommodate high-viscosity formulations and minimize resistance during injection. With a wider internal hub, these needles facilitate smoother product flow, which is crucial for precise delivery of dermal fillers. Additionally, the shorter hub length enhances ergonomics, making it easier for practitioners to handle the needle during intricate procedures, thereby increasing control and precision.

The external 360-degree threading on HPC needles creates a tighter luer lock connection, significantly reducing the risk of accidental hub pop-offs during high-pressure injections. This secure connection ensures that the needle remains stable and functional throughout the procedure, minimizing interruptions and enhancing the reliability of filler delivery. Practitioners can perform their work with greater confidence knowing that the needle will maintain its integrity during use.

The hub of the HPC needle is constructed from a hard polymer, which is crucial for maintaining its structural integrity under high pressure. This rigidity prevents flexing and deformation, thereby reducing the risk of leakage and ensuring reliable product delivery. The combination of the hard polymer with advanced design features like TSKiD™ Max technology results in a needle that offers both durability and performance, essential for achieving predictable results in dermal filler procedures.

While the HPC needle is specifically designed for JUVEDERM® syringes to maximize compatibility and performance, it may also be suitable for other high-viscosity fillers that require a secure connection and efficient flow. However, practitioners should ensure compatibility with the specific filler being used, as different formulations may have unique requirements that could affect injection performance.

Join professionals worldwide.

You may also like this.