2CM Technology x 1% MoD
e.p.t.q.® minimizes BDDE chemical additives with 2CM Technology to increase product safety. In addition, e.p.t.q.® provides satisfactory results by reducing the risk of migration after the procedure with its excellent complex viscosity and cohesiveness.
Maximization of Cross-linking Efficiency
e.p.t.q.® implements 2CM(Two Crosslinking Method) technology which uses both A)physical and B)chemical crosslinking to minimize BDDE input and achieve maximum crosslinking efficiency for safe and viscoelastic gel.
Minimized BDDE Input
MoD(Modification Degree) is a filler safety verification element. MoD is a modification degree of hyaluronic acid molecule by bound BDDE (fully crosslinked BDDE and pendant BDDE). MoD of e.p.t.q.® is about 83% lower than that of other monophasic fillers, assuring its safety.
ZEEP (Zero Endotoxin & BDDE Entire Process)
e.p.t.q.® keeps endotoxin below 0.1 EU/mL and no detection of residual BDDE minimizing various side effects that may occur after the procedure.
Safety Assessment
No major abnormalities were reported, and slight abnormal responses from medical devices, such as slight swelling and pain for 2-3 days, were all recovered without any special treatment. There were no signs of abnormal vital signs, physical examinations, or blood tests. e.p.t.q.® has been reported to be a safe medical device due to its proven safety in the body.
The Science of Seamless Precision: The Downing Process
At the heart of e.p.t.q.®'s exceptional precision lies our proprietary Downing Process, an advanced particle-refining technology that transforms the injection experience. By meticulously calibrating the hyaluronic acid gel into ultra-fine micro-particles, it ensures absolute structural uniformity and flawless clinical control.
The Downing Process completely eliminates irregular gel fragments, resolving the common issue of erratic pressure spikes inside the syringe that typically lead to uneven gel distribution. Instead, these perfectly uniform particles guarantee a smooth, non-fluctuating, and evenly sustained extrusion force from the very first drop to the last.
This consistent extrusion force redefines the procedure for both physicians and patients. For the physician, it drastically reduces hand and wrist fatigue while providing absolute tactile feedback for effortless volume control and micro-targeted placement. For the patient, the seamless and stable gel flow minimizes tissue trauma, swelling, and post-procedural discomfort, allowing the fine particles to distribute beautifully and evenly within the dermal layers for a smooth, natural-looking contour.
Empowering your expertise with relentless precision and scientific trust. e.p.t.q., ever yours.