Agnes 3D. Made visible.

The AGNES Ultra 3D handpiece, a patented technology, represents a new approach to skin rejuvenation, combining precision microneedling with radiofrequency energy delivery.

We see a beautiful render of the hand piece animating into frame and rotating.

As skin ages, the papillary and reticular dermis lose their structural integrity.

We show a time lapse of the papillary and reticular dermis losing their structural integrity as the layers progressively flatten.

The epidermis and dermo-epidermal junction become flattened, and the fibroblasts in the papillary dermis decrease.

As the epidermis and dermo-epidermal junction flatten, we'll show a detailed view of the papillary dermis to illustrate the decrease in fibroblasts and elastin.

In the reticular dermis, the thick, horizontally arranged collagen bundles break and become thinner.

We show a detailed view of the collagen bundles degrading and thinning within the reticular dermis layer.

The Agnes 3D handpiece features a unique dual-depth configuration: 18 microblade needles fixed at 0.3 millimeters and 7 needles at 0.8 millimeters—all housed in a single treatment tip.

We transition to an extreme close-up of the handpiece tips as the blades extend, clearly showing the number of blades and their varying depths.

Unlike traditional microneedling devices that push into the skin, the 3D handpiece uses negative pressure suction to lift the skin into the polygonal microblades for consistent contact.

We show the polygonal microblades penetrating the tissue and creating a suction effect on the papillary and reticular dermis layers.

With a single pulse, all 25 polygonal microblades penetrate simultaneously. The shorter microblades reach the papillary dermis at 0.3 millimeters, while the longer microblades extend to the reticular dermis at 0.8 millimeters. Each layer is treated independently yet simultaneously—renewal above, tightening below.

We show energy emanating from the polygonal microblades, targeting the papillary dermis with the shorter microblades and the reticular dermis with the longer microblades.

Once the polygonal microblades reach their target depths, radiofrequency energy is delivered through each microblade. This creates two precise thermal zones at distinct depths—each optimized for its own regenerative effect.

We transition to a thermal view to illustrate how the radiofrequency energy is precisely emanating through each of the microblades.

The thermal effect induces distinct changes within each layer—in the papillary dermis, new elastin fibers form a candelabra-like network extending from the DEJ, enhancing thickness and linearity;

We show a detailed view of the papillary dermis illustrating new elastin fibers forming linearly and increasing in thickness.

while in the reticular dermis, collagen bundles become thicker and denser, restoring their horizontal, parallel alignment and reinforcing the skin's structure.

A detailed view of collagen bundles thickening and densifying within the reticular dermis layer.

Between these bundles, elastin fibers weave through, providing strength and resilience.

We show a detailed view across the entire dermis - papillary and reticular - illustrating elastic and elastin fibers weaving throughout.

Over the following three months, the skin undergoes a visible reverse aging process — the flattened dermal–epidermal junction gradually restores its youthful ridge pattern. The result — genuine reversal of skin aging from the structural core.

We return to our original shot and show the transformation of both the papillary and reticular dermis layers from a wider view. We angle the shot to also reveal the transformation of the skin layer.

Not just rejuvenation, but regeneration. AGNES Ultra 3D — precision dual-depth technology that restores the skin from within.

We conclude with a refined product shot of the handpiece.