Sharp hypodermic needle

TSK THE INViSIBLE NEEDLE

$109.00
$109.00
Shipping calculated at checkout.
In Stock
Gauge 14% thinner than 33G
Length 9mm
TSKID Standard
Material Hard polymer, Stainless steel
Use Injection
Cleaning Disposable
Kind Sharp hypodermic needle
Product Type Low Dead Space Premium Needle
Order by 13:00, ships today
Pay with credit card
Delivery to all states
Trustpilot

Near painless experience and minimal bleeding
Thanks to groundbreaking advancements in medical technology, THE INViSIBLE NEEDLE has been engineered to deliver an exceptionally comfortable injection experience. Its ultra-fine design makes it 33% thinner than the commonly used 30G fixed needles and 14% thinner than the TSK 33G needle. This reduction in size not only minimizes the sensation felt by patients, resulting in near-painless injections, but also significantly reduces tissue trauma. The smaller puncture site leads to minimal bleeding and faster recovery, making it ideal for both patients and practitioners seeking improved treatment outcomes.

Low Dead Space hub
Traditional needle hubs often retain a small volume of fluid after injection, which can result in wasted medication and increased costs—especially when working with high-value drugs. THE INViSIBLE NEEDLE is designed with an advanced Low Dead Space (LDS) hub that reduces this residual volume to almost zero. By maximizing drug delivery efficiency and minimizing waste, practitioners can ensure that patients receive the full benefit of the prescribed dose while optimizing clinical and financial outcomes.

External hub threading
The design of THE INViSIBLE NEEDLE also incorporates external hub threading, which ensures a superior and more secure luer lock connection with syringes. This innovative feature prevents accidental "pop-off" of the hub even under high pressure conditions, providing practitioners with added confidence and control during procedures. The enhanced stability of the connection minimizes the risk of interruptions, improving both safety and precision in delicate applications.

Hard polymer hub
Durability and reliability are critical in medical devices, which is why the hubs of THE INViSIBLE NEEDLE are crafted from a specially engineered hard polymer. Unlike softer materials that can flex or deform under stress, this high-strength polymer maintains its structural integrity even when exposed to high injection pressures. This prevents leakage, hub deformation, and potential needle dislodgement, ensuring consistent performance and reliable outcomes with every use.

Significant cost savings
Beyond patient comfort and practitioner convenience, THE INViSIBLE NEEDLE also offers substantial economic advantages. The patented Low Dead Space hub design allows for savings of up to 0.08ml per injection, which can translate into significant cost reductions when administering high-value drugs and biologics. Over time, these savings accumulate into meaningful financial benefits for clinics, hospitals, and practices, making THE INViSIBLE NEEDLE not only a clinical improvement but also a cost-effective solution for modern healthcare.

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 ultra-fine design of THE INViSIBLE NEEDLE makes it 33% thinner than commonly used 30G fixed needles and 14% thinner than the TSK 33G needle. This significant reduction in needle gauge minimizes the sensation experienced during injection, leading to a near-painless experience for patients. Additionally, the smaller size reduces tissue trauma, resulting in less bleeding and faster recovery times, making it ideal for aesthetic and medical applications.

The Low Dead Space hub of THE INViSIBLE NEEDLE is designed to minimize the residual volume of fluid retained after injection, which is a common issue with traditional needle hubs. By reducing this volume to almost zero, practitioners can deliver more of the prescribed medication effectively, decreasing waste and ensuring that patients receive the full benefits of their treatment. This efficiency is particularly important when working with high-value drugs, contributing to better clinical outcomes and cost savings.

THE INViSIBLE NEEDLE features an external hub threading design that ensures a superior and secure luer lock connection with syringes. This innovative feature prevents accidental disconnection of the hub under high pressure conditions, which can occur during procedures that require precision. By minimizing the risk of interruptions and enhancing the stability of the connection, this design improves safety and control for practitioners, particularly in delicate applications.

The hubs of THE INViSIBLE NEEDLE are crafted from a specially engineered hard polymer, which offers enhanced durability and reliability compared to softer materials that may flex or deform under stress. This hard polymer maintains its structural integrity during high injection pressures, which prevents issues like leakage, hub deformation, and needle dislodgement. As a result, practitioners can rely on consistent performance and reliable outcomes with every use, which is critical in medical settings.

Yes, THE INViSIBLE NEEDLE provides significant economic advantages due to its patented Low Dead Space hub design. By allowing for savings of up to 0.08ml per injection, the needle minimizes waste of expensive medications and biologics. Over time, these savings can accumulate to considerable financial benefits for clinics, hospitals, and practices, making it not only a clinical improvement but also a cost-effective solution for modern healthcare.

THE INViSIBLE NEEDLE is particularly suited for aesthetic treatments, such as botulinum toxin injections, as well as applications in ophthalmology and pain management. Its design prioritizes patient comfort and minimizes complications, making it an excellent choice for healthcare professionals who seek improved treatment outcomes in these sensitive and precise areas.

Join professionals worldwide.

You may also like this.