Universal Vapor Jet Corporation unveils global headquarters and R&D centre in Singapore

This press release was issued by Universal Vapor Jet Corporation.

• UVJC’s breakthrough dry, solvent-free printing and deposition technology strengthens Singapore’s leadership in advanced manufacturing
• Target industry applications include semiconductors, electronics, life sciences, and renewable energy

Universal Vapor Jet Corporation (UVJC), a wholly-owned subsidiary of Universal Display Corporation (UDC) (Nasdaq: OLED), today announced the launch of its global headquarters and R&D centre in Mapletree Hi-Tech Park @ Kallang Way, Singapore.

The 8,000-square-foot facility includes the company’s global headquarters, its state-of-the-art research and development (R&D) centre, laboratory, and prototype manufacturing space to support innovation and commercialisation of its proprietary Universal Vapor Jet Printing (UVJP) technology.

Over the next five years, UVJC plans to invest SGD 50 million (~$39 million USD) in tools, equipment and talent to accelerate the research and commercialisation of UVJP.

UVJC’s new Singapore headquarters will create high-value jobs across strategy, technology, and advanced engineering. With support from the Singapore Economic Development Board (EDB), UVJC is building a multidisciplinary workforce that anchors next-generation R&D and manufacturing capabilities in Singapore, with process and product engineers, software, electronics, and mechanical specialists. These roles not only strengthen the local deep-tech talent base but also help position Singapore as a global hub for precision manufacturing innovation.

Revolutionising thin-film printing and deposition with UVJP

UVJP is a transformative dry, solvent-free printing and deposition technology designed to meet the growing demands of precision additive manufacturing while offering greater efficiency and sustainability. By revolutionising thin-film jet printing technology, UVJC believes its platform could open the door to creating devices and materials that are not achievable with traditional techniques, while implementing cleaner, faster and more intelligent manufacturing.

With over 26 years of global leadership experience, Mr. Nair brings deep operational expertise across Asia, Europe, and the United States, positioning UVJC to redefine advanced manufacturing. He’s demonstrated his success in senior roles at AEM Holdings and National Instruments, where he drove Asia-Pacific region business growth and led technology and robotics initiatives. Building on this strong leadership foundation, UVJC’s commitment to innovation is underscored by its decision to anchor its research and operations in Singapore.

Enabling the Future of Advanced Manufacturing in Singapore

Through partnerships with local research institutions, universities and global industry players, UVJC plans to co-develop tailored solutions and intellectual property (IP) that support greener, faster and more precise production.

UVJC will be exploring collaborations with several A*STAR Research Institutes, including the Institute of Microelectronics (IME), the Institute of Materials Research and Engineering (IMRE), and the Singapore Institute of Manufacturing Technology (SIMTech) in areas such as advanced manufacturing, semiconductors, and healthcare technologies. Researchers from both organisations will also be facilitating the joint development of advanced technologies, materials, and processes that have strong potential for commercialisation.

From OLED to Universal Applications

UVJP evolved from Organic Vapor Jet Printing, a proprietary process manufacturing platform developed by Universal Display Corporation for OLED displays. OVJP offers solvent-free, mask-free deposition of organic molecules designed to overcome challenges faced by current deposition methods in manufacturing large OLED displays, while also providing a cleaner, more efficient, and more precise alternative to older methods.

UVJC is now extending the technology's potential into new application areas and industries, to create tools that will help bridge the gap between laboratory research and industrial-scale applications. Opportunities include cleaner semiconductor chip packaging, and, in the long run, innovative pharmaceutical smart dosing appliances as well as more efficient production of solid-state battery electrolytes and organic photovoltaics for renewable energy systems. UVJC’s focus is first to demonstrate real-world use cases with industrial-scale adoption to follow as processes are validated.