Lipocura

An image of a lipedema patient showing the physical changes, presented in a bright and positive tone.
A 3D visualization beneath the skin of a lipedema patient, showing fat divided into two layers, blood vessels and lymphatic vessels running intricately between them. A 3D rendering of liposuction during lipedema treatment, carefully avoiding blood vessels and other structures.

Katsumura Eye - Plast Clinic

A 3D illustration showing eye protection with gauze after eyelid or lacrimal duct treatment, allowing the eye to rest and recover.
A 3D image depicting fat injection into the area under the eye affected by Baggy-Eyelid. A 3D visualization of the surgical procedure during lacrimal duct obstruction treatment.

U-TNS

A 3D image of the internal organs with visible blood vessels. Nutrients can be seen flowing through the blood vessels.
The interior of the small intestine, showing the inside of Peyer's patches. Secretions from intestinal bacteria reach the white blood cells. The surface of the small intestine with good bacteria, bad bacteria, and neutral bacteria scattered throughout, with Peyer's patches visible in places.

Hosokawa Micron

A 3D image showing PLGA nanocapsules penetrating through pores and reaching the hair root.

BIONTO

A 3D structural diagram of the PMN device.
A 3D visualization showing how a drug administered via the PMN device permeates into the body.

GC

A 3D image showing implant surgery guided by a surgical guide. After the plastic guide is fixed, a dental drill precisely creates a hole in the gum at the correct location and depth.
A 3D cross-sectional image of a tooth and gum during implant surgery, showing how the surgical guide enables precise hole placement without deviation.

University of Tokyo — Nanotechnology Research Laboratory

A 3D image showing antibodies passing through a nanopore while their size and shape are measured.
A 3D comparison showing that cell membrane passage measurements, unlike semiconductor nanopores, can only detect whether passage occurred — not what passed through.

no3

A highly magnified 3D image of hair with roughened cuticles and accumulated surface dirt, showing Intium first removing the impurities.
A 3D visualization of the product coating the surface of well-ordered cuticles. A 3D diagram explaining how the product works inside the hair shaft.