Hanmi Fine Chemical was established in 1984 and has since grown into a world-class, Active Pharmaceutical Ingredient company through ceaseless technological developments and facility investments based on a foundation of talented people with creativity and challenge-seeking spirits. We are a pharmaceutical company that exports Active Pharmaceutical Ingredients to more than 40 countries through strategic alliances with global companies and by establishing independent technologies and a world-class quality system with excellence. HanmiCap, our proprietary 5′ cap analog for mRNA IVT is a state-of-the-art cap analog series that provides excellent translation efficacies and COGs for the overall success in your mRNA drug. | USFDA approved GMP manufacturer in South Korea. Peptide CDMO PEG CDMO Polymer/Lipid CDMO Small Molecule CDMO mRNA materials – HanmiCap, Pseudo UTP, M1-Pseudo UTP, etc
HANKIL TECH MEDICAL CO.,LTD
‘We are a professional medical devices manufacture by engineers and craftsmen all over the manufacturing process with endless effort, accumulated technology, and various experiences with over 55 years.
HANDOK AUTO MACHINE
All employees of Handok Auto Machine are grateful for the generous support from customers, and promise to repay such support by supplying the best products made with the technology of Handok Auto Machine accumulated for the past 70 years and the development of new technologies a generation ahead. Handok Auto Machine would like to ask for the encouragement and guidance from its customers, and it promises to do its best to make further advancement expanding throughout the world.Thank you.
Hana Fishing Tackle Co.
FISHING HOOK CHEMICAL FISHING LIGHT STICK FISHING LINE
Hana Technology
Hana Technology: Leading the Future of Manufacturing with Ultra-Precision Engineering Hana Technology is a premier global engineering company specializing in comprehensive manufacturing solutions. Building on our leadership in the secondary battery turn-key equipment market, our Display Group provides world-class ultra-precision glass processing technologies that drive innovation in next-generation displays and semiconductors. Core Technical Excellence Ultra-Precision Laser Processing: We deliver high-quality glass cutting with a precisely controlled “stress field” of less than 3μm, ensuring minimal micro-cracks and superior edge quality for UTG (Ultra Thin Glass) and complex laminates. Innovative Heat Chamfering: As the world’s first to commercialize this eco-friendly technology, we provide a non-contact, wastewater-free process that increases glass bending strength by over 80%. This technology is essential for the durability of flexible and automotive displays. Next-Gen TGV (Through Glass Via) Solutions: We lead the semiconductor glass substrate market with advanced laser hole processing and “Seedless-Cu” plating technology, enabling high-density integration without cracks or defects. Proven Track Record & Global Presence Automotive Excellence: Successfully supplied mass-production equipment for flexible OLED tail lights to major German automotive OEMs, proving our reliability in the most demanding industries. Strategic Market Leadership: We are at the forefront of high-value sectors, including foldable devices (UTG), AI semiconductor glass substrates, and premium automotive interior/exterior displays. Global Support Network: With a robust infrastructure across South Korea, the United States, Germany, Hungary, and China, we provide seamless technical support and PM services to our global clients. At Hana Technology, we are committed to redefining manufacturing through “Smart Machine Edge” technology, delivering precision and efficiency that empower our partners to lead their respective markets. Website: www.hn-tech.co.kr Key Sectors: Secondary Batteries, Ultra-Thin Glass (UTG), TGV for Semiconductors, Automotive OLEDs.
HAICT.Inc
HAICT delivers AI & STEAM learning solutions for K-12. Already in classroom use, our EZMaker kits and our EZON web platform power curriculum-aligned, project-based learning from science experiments to AI & deep-learning education. Students code, collect data, and solve real-world problems, building creativity & digital literacy.