Call for Business Partners in Singapore ～Japanese Medtech Startups × Singapore Strategic Partners～
Call for Business Partners in Singapore ～Japanese Medtech Startups × Singapore Strategic Partners～
We，Campus Create is currently offering a hands-on support program to help Japanese startups in the medical and healthcare sectors expand into the Singapore market.
As part of this program, we are arranging individual business meetings (both online and on-site) between participating Japanese startups and leading Singaporean partners. Potential partners include:
- University hospitals offering clinical proof of concept (PoC) opportunities
- Academic researchers for joint studies
- Venture capitalists (VCs) seeking investment opportunities
- Medical device companies exploring collaboration
- Distributors interested in expanding their portfolio
- And other organizations eager to partner with Japanese startups
Benefits for Singapore Partners:
- Early access to innovative Japanese medtech technologies entering the Singapore market
- Co-branding and marketing support tailored for Singapore
- Priority as preferred distribution and sales partners
Complimentary Support from Campus Create
- Assistance with post-meeting communications to facilitate smooth partnership discussions
- For partners applying for more than two business meetings, customized introductions to additional Japanese startups aligned with your areas of interest
Business Meeting Details
Format:
- Online (Zoom, etc.)
- On-site meetings in Singapore (scheduled for late October during SWTICH)
Language:
Japanese & English (consecutive interpretation available)
Content:
- Company information will be shared in advance
- Individual discussions will be arranged with interested companies
- Both online and on-site meetings can be arranged according to your preference
Join Us as a Business Partner
If you are interested, please contact us through the application form below.
Startups/Technologies Introduction
１. Dinow Inc. （https://www.dinow.co.jp/en）
An Ibaraki University spin-off venture addresses health concerns of radiation workers by introducing a novel evaluation method based on DNA damage assessment. Their innovative healthcare service estimates cancer risk by analyzing DNA damage from just a single drop of blood.
２. UNTRACKED Inc. （https://sta2ble.untracked.co.jp/en/）
A spin-off venture from Yokohama National University, developed A wearable measurement device visualizes fall risk in just one minute. This device enables a comprehensive assessment of sensory and physical abilities related to fall risk, which could not be measured before.
３. ASEMtechInc. (https://asem-tech.com/en/)
A spin-off venture from Tokyo University of Agriculture and Technology has developed a new non-invasive imaging diagnostic and inspection platform based ASEM Technology. It enables non-invasive, high-precision visualization of fibrotic and degenerative tissue changes that are difficult to detect with conventional imaging methods such as CT or MRI.
４. LIFESCAPES Inc. (https://lifescapes.jp/)
A spin-off venture from Keio University has developed Brain-Computer Interface (BCI) technologies to treat severe upper-limb impairments after stroke. This BCI system reorganizes brain circuits, enabling hand movement even after the device is removed, aiming to make this BCI treatment widely accessible in neurorehabilitation.
５. ACCELStars, Inc. (https://accelstars.com/)
A spin-off venture from Tokyo University aiming to create new medicines by revealing sleep mechanisms using advanced AI and data science. They have developed a highly accurate wrist-based sleep measurement AI that achieves superior accuracy and sensitivity—especially in arousal disorder analysis—compared to major wearable devices like Fitbit and Apple Watch.
６. Human Skin Gas Analysis from Tokai University, Prof. Yoshika Sekine
Prof. Sekine studies human skin gas, consisting of various volatile compounds emitted from the skin surface. Skin gas is a biological signal continuously and autonomously obtained from the body, with promising applications such as daily health checks (alcohol, stress, diet detection) and human identification through skin gas pattern analysis.