Fust Lab

Startup
Summarized by Halo AI

FUST Lab is a South Korean technology company providing surfactant-free nano-emulsification, dispersion, and industrial water treatment systems powered by its proprietary focused ultrasonic technology.

Founded & HQ
Daejeon, South Korea
Company size
11-50 employees
Funding
~$4.6M
IP status
3 patents filed · 1 grant confirmed
Activity highlights
Secured approximately $2.3 million in bridge funding to expand its PFAS-decomposing ultrasonic water treatment technology (CAVITOX) into Japan and Europe.

FUST Lab is a technology company specializing in focused ultrasonic systems for nano-emulsification, dispersion, and advanced water treatment. The company’s core technology utilizes a cylindrical piezo-ceramic structure to concentrate ultrasonic energy, enabling the creation of uniform nanoscale materials without the need for surfactants. Their primary product lines include the DEBREX series, designed for precision dispersion and emulsification in laboratory and industrial settings, and the CAVITOX system, which is engineered to degrade persistent contaminants such as PFAS and toxic compounds in industrial wastewater. By replacing traditional chemical-heavy processes with energy-focused ultrasonic solutions, FUST Lab aims to improve efficiency and support eco-friendly manufacturing across sectors including cosmetics, pharmaceuticals, biotechnology, and batteries.

Founded in 2022 and headquartered in Daejeon, South Korea, the company has established international offices and demonstration facilities in Japan and Germany to support its global expansion. FUST Lab actively collaborates with corporate partners through proof-of-concept projects and research initiatives, serving customers that include research institutions and multinational corporations. Their technological innovation has been recognized with multiple industry accolades, including CES Innovation Awards and nominations for Edison Awards, reflecting their commitment to developing sustainable, high-performance processes that minimize the use of unnecessary chemicals in industrial applications.

AI summary generated on Jun 22, 2026
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Chul Chung
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