Company information
- Ticker
- 4560
- Country
- Taiwan
- Sector
- Industrials
- Industry
- Machinery
STRONG H Business Summary
Strong H Machinery Technology (4560.TW) is a leading global manufacturer of high-precision components and automated attachments for industrial sewing and textile machinery. The company generates revenue through a high-volume B2B model, supplying a catalog of over 30,000 SKUs—including industrial knives, needle plates, feed dogs, and presser feet—to major global OEMs such as Juki, Brother, and Pegasus, as well as the international aftermarket. Its primary business segments are categorized into precision spare parts, which constitute the core revenue stream, and a specialized division for automated sewing devices and computerized embroidery components. Competing directly with specialized incumbents such as Hirose Manufacturing, Organ Needle, and Schmetz, Strong H maintains a dominant market position by leveraging its massive production capacity in Laizhou, China, to offer a competitive price-to-performance ratio that bridges the gap between high-end Japanese precision and mass-market cost efficiency. The company is spearheaded by its founder, Ping-Hsin Chi, who serves as Chairman, President, and CEO, and has been the primary architect of the firm’s expansion since its inception in the mid-1990s. The executive team is bolstered by Chief Financial Officer Hsu Hsiang-Jen, a former Deloitte partner with a strong background in accounting and corporate governance, and Director Tao-Song Chi, who oversees the company’s Taiwan-based strategic operations. Strong H is a family-controlled enterprise, with the Chi family maintaining a significant majority through Imperial International Co., Ltd., which holds approximately 40% of the shares. The board of directors includes seasoned experts in mechanical engineering and industrial law, providing the technical and regulatory oversight necessary for the company’s ongoing transition toward automated smart-manufacturing solutions and global supply chain diversification.