Elcyo develops innovative autofocal glasses that automatically adjust focus with proprietary lens technology. Leveraging Fresnel Liquid Crystal Lens Technology, Elcyo has made it possible to create glasses that maintain focus at any distance, addressing a wide range of vision challenges across healthcare, entertainment, and beyond.
液晶レンズ搭載の「オートフォーカスグラス(自動でピントが合うメガネ)」を開発する株式会社エルシオ(本社:京都府西京区、代表:李 蕣里、以下「エルシオ」)は、シード期のスタートアップに特化した国内最大...
液晶レンズ搭載の「オートフォーカスグラス(自動でピントが合うメガネ)」を開発する株式会社エルシオ(本社:京都府西京区、代表:李 蕣里、以下「エルシオ」)は、国立研究開発法人新エネルギー・産業技術総合...
液晶レンズ搭載の「オートフォーカスグラス(自動でピントが合うメガネ)」を開発する株式会社エルシオ(本社:京都府西京区、代表:李 蕣里、以下「エルシオ」)は、「独創的な新技術の実用化」を掲げる、公益財...
[画像1: https://prtimes.jp/i/129643/6/resize/d129643-6-71aea8b40a2ed6909ec8-2.png ] 液晶レンズ搭載の「オートフォーカスグラス(自動でピントが合うメガネ)」を開発する株式会社エルシオ(本社:京都府西...
[画像1: https://prtimes.jp/i/129643/5/resize/d129643-5-b4da8d6857c83210b285-0.png ] 液晶レンズを活用したオートフォーカスグラス(自動でピントが合うメガネ)を開発する株式会社エルシオ(本社:京都府西...
[画像1: https://prtimes.jp/i/129643/4/resize/d129643-4-352483a89b09d3a9e84c-0.png ] 液晶レンズ搭載のオートフォーカスグラスを開発する株式会社エルシオ(本社:京都府西京区、代表:李 蕣里、以下エルシオ...
[画像1: https://prtimes.jp/i/129643/2/resize/d129643-2-05d3feac9855d3204ba5-6.png ] 液晶レンズを搭載したオートフォーカスグラスを開発する株式会社エルシオ(本社:京都府西京区、代表:李 蕣里、以下エル...
「スマホで度数変える老眼鏡 エルシオ、24年に試験販売」(日経電子版) https://www.nikkei.com/article/DGXZQOUC180NT0Y3A011C2000000/ 株式会社エルシオについて エルシオは、液晶レンズ技術を活用したオ...

A startup using regenerative medicine technologies to produce and supply homogeneous, high-precision blood cells at scale. It streamlines infectious disease research and the evaluation of pharmaceuticals and functional materials for efficacy and safety, while also providing research cells, testing cells, and diagnostic kits.

Optogenetics is an innovative neural photostimulation technology, with significant contributions from Japanese researchers whose expertise is highly regarded worldwide. Close collaboration with Nagoya Institute of Technology and Kyoto University is advancing the development of high-sensitivity rhodopsins specialized for vision restoration. This technology overcomes the longstanding issue of insufficient light sensitivity in the field of vision restoration. Furthermore, through joint research with Keio University School of Medicine, applied research on the foundational technology is progressing toward the practical realization of the world’s first gene therapy for vision restoration. The goal is to offer new treatment options for patients suffering from blindness or severe visual impairments.

An Osaka University-spinoff startup enabling high-precision testing in a short time using proprietary immunoassay technology. Aiming to realize a society where anyone can easily access medical-grade testing.

L-glucose, a mirror isomer of D-glucose, is usually considered unusable by living organisms. However, in 2010, we discovered that malignant tumor cells specifically take up L-glucose (patented internationally). We have since worked with physicians and researchers to develop cancer-targeting drugs and diagnostics using L-glucose. Our goal is to bring a cure to patients with intractable cancers.