News & Updates
NanoFrontier, a Tohoku University-born Startup, to Exhibit at 'SusHi Tech Tokyo 2026'
NanoFrontier Co., Ltd. will exhibit at 'SusHi Tech Tokyo 2026,' held at Tokyo Big Sight from April 27 to 29, 2026. The company will showcase functional nanomaterial solutions in the environmental, energy, and information infrastructure sectors, including rapid PFAS detection, battery materials, and high-thermal-conductivity nanofluids for data centers.
【Media Coverage】Featured in Polishing Hub
A feature article in Polishing Hub covering NanoFrontier's proprietary nanoparticle manufacturing technology and technology-licensing business model, PFAS detection kit, AI- and robotics-driven R&D automation, cumulative fundraising of over 250 million yen and three-axis growth strategy, and regional revitalization approach from Tohoku.
【Media Coverage】Featured in Mobile Internet Capital (note)
An introductory article in Mobile Internet Capital (note) covering CEO Seiya Inoue's pitch at the invitation-only 'MIC NIGHT 2026' event, along with NanoFrontier's nanoparticle technology, AI-driven R&D, and role as a Tohoku-based startup.
NanoFrontier Selected for Second Year of Fukushima Tech Create Acceleration Program
NanoFrontier Co., Ltd. has been selected for continuation into the second year of the Fukushima Tech Create (FTC) Acceleration Program for FY2026. The company will advance optimization and mass production of nanoparticle-dispersed coolants, accelerating the social implementation of nanotechnology from Fukushima to the world.
【Media Coverage】Featured in GOOD JOB JOURNAL
A feature article in GOOD JOB JOURNAL covering NanoFrontier’s AI-driven R&D automation, nanoparticle technology, and growth strategy.
NanoFrontier Wins 3rd Place in 'GENIAC-PRIZE', Securing 30 Million Yen
Automating skilled researchers' 'tacit knowledge' with AI agents. Accelerating the autonomy of materials development
NanoFrontier Selected for 'GENIAC-PRIZE' Final Evaluation
Tohoku University-born startup tackling AI transformation of manufacturing industry's tacit knowledge advances to final evaluation on March 24
Selected for FY2025 'Global Mindset Development Project Subsidy'
NanoFrontier intensifies development of young global talent with overseas expansion in mind. Advancing strategies for entry into U.S. and Asian markets.
NanoFrontier Wins Miyagi Pitch Contest, Secures 10 Million Yen
From Miyagi to the world. Accelerating growth as a company representing the region as a Tohoku-born deep tech. NanoFrontier wins the 'Miyagi Pitch Contest' and secures 10 million yen in support.
NanoFrontier Selected for J-StarX 'Local to Global Success' Program
- Accelerating global expansion of nanoparticle technology, including instant PFAS detection -
NanoFrontier Selected as 4th Round 'J-Startup TOHOKU' Company
Accelerating solutions to social issues including PFAS problems with organic nanoparticle technology. Strengthening business foundation for global expansion as a Tohoku University-originated deep tech startup
NanoFrontier Selected for J-StarX 'Dual-Use Course'
Accelerating business development in the U.S. market with a focus on dual-use applications of organic nanoparticle technology. Selected for the 'Dual-Use Course' of J-StarX, an overseas entrepreneur development program provided by the Japan External Trade Organization (JETRO).
NanoFrontier Co., Ltd. Selected for Miyagi Prefecture's 'New Entry and New Industry Creation Support Project Subsidy (Growth Field Entry Support Type)'
Accelerating efforts for mass production of nanoparticles using proprietary 'continuous manufacturing equipment' and promoting applications in various fields including PFAS detection materials
NanoFrontier Co., Ltd. to Exhibit at 'nano tech 2026', World's Largest Nanotechnology Exhibition, and 'InterAqua 2026', Specialized Water Solutions Exhibition
Unveiling organic nanoparticle technology enabling low-cost, real-time detection of specific PFAS. Showcasing new solutions for 'on-site testing of trace PFAS in water'
NanoFrontier Co., Ltd. Selected for '28th 77 New Business Grant' by Public Interest Incorporated Foundation 77 Business Support Foundation
The company's proprietary nanoparticle generation technology for real-time detection of specific PFAS highly evaluated, selected for the '28th 77 New Business Grant'. Contributing to early detection of PFAS contamination and building a safe water environment.
NanoFrontier, a Tohoku University startup, wins First Rare Element Chemical Industry Award at the 3rd Tohoku Tech Plan Grand Prix
The company advances commercialization of 'next-generation nano-cooling liquid' to address environmental and energy challenges using organic nanoparticle generation technology based on an improved reprecipitation method
Establishment of 'Collaborative Research Institute for Accelerating Innovation with Nanomaterials' by NanoFrontier, Nittobo, and Tohoku University
Aiming to create a role model for industry-academia collaboration between startups and large corporations, the 'Collaborative Research Institute for Accelerating Innovation with Nanomaterials' has been established at Tohoku University
Tohoku University startup NanoFrontier raises approximately 150 million yen in funding
Funding to establish new R&D base within Tohoku University, accelerating implementation of various nanomaterials
NanoFrontier Relocates Headquarters to Tohoku University's Materials Solutions Center
NanoFrontier Co., Ltd. announced its relocation of headquarters to Tohoku University's Materials Solutions Center (MaSC) in Aoba-ku, Sendai City, Miyagi Prefecture in October 2025. The company will leverage MaSC's 'Research Automation Pipeline' to accelerate product development and real-world implementation centered on its nanoparticle technologies.
NanoFrontier, a Tohoku University Startup, Selected for Sendai's 'STEP for SEED' Program to Support Overseas Expansion
NanoFrontier, specializing in organic nanoparticle dispersion technology from Tohoku University, has been selected for Sendai City's 'STEP for SEED' program to promote business expansion in Southeast Asia, focusing on 'advanced coolants,' 'environmental sensing,' and 'energy materials.'