Founded in 1990 and listed on KOSDAQ in 2000, HK is a laser processing machine specialist whose core business is manufacturing and selling metal and non-metal material processing equipment using laser beam thermal energy, along with parts sales and service.
Its main products include high-power fiber laser cutters, bending machines, sheet-metal automation systems, and welders, and it holds the leading domestic market share in a laser processing machine market historically dominated by German and Japanese manufacturers.
The company has expanded beyond equipment sales into a 'total laser processing solution' business that combines automation systems, software, and process operation services.
Its overseas business is anchored by HK America, established in 1999, through which it has pursued the North American market for nearly three decades, alongside a Taiwan subsidiary in Taichung that has operated for about a decade.
More recently it opened a branch in Nagoya, Japan, targeting that market with a locally tailored model called FL2512, and it is expanding its sales network around Nagoya and Kyushu, regions dense with automakers and parts suppliers such as Toyota.
Its customer base has diversified to include Korea's major shipbuilders, steelmakers, semiconductor fab infrastructure companies, and auto parts makers, and it has signed a contract to supply a sheet-metal automation line for the new Chicago plant of Hyundai TransLead, the North American subsidiary of Hyundai Motor Group.
In shipbuilding, it is working with Korea's three major shipbuilders on projects to replace existing plasma cutting equipment with large-format laser cutting equipment, high-priced units exceeding one million dollars apiece that contribute to overseas revenue growth.
Overall, HK is in the process of transitioning its business model from a domestic equipment manufacturer to a comprehensive automation-and-solutions supplier, broadening its customer base across semiconductor, shipbuilding, automotive, and energy end markets both at home and abroad.