LEESUN Science&Technology Industrial Co.,Ltd established in Taiwan, It\'s a professional design and development team, the main development and production of industrial machinery of high precision magnetic powder clutch brake, electromagnetic clutch brakes, air pressure disc / pass-axis clutch brakes, as well as packaging and printing Take-up equipment industry-specific inflatable shaft, pressure sets of folders (inflatable swollen), fast and secure chuck, aluminum alloy guide roll, automatic tension controller, the roll diameter Tension controller. Comprehensive range of products in the take-up device industries to provide a variety of tension control solutions.
All along, we are actively enterprising, innovation, integrity management, service industry more than a dozen set, because of the quality of products and companies seeking strict Ke tireless efforts of all colleagues, resulting in "LEESUN" brand to become the industry leader and has been marketing the country and the exported to Europe, Japan, Southeast Asia and other regions.
Through constant innovation and development of the establishment of Dongguan Bryson Precision Electromechanical Co., Ltd. as the mainland base of operations and the establishment of the Department of South China factory, have been established for East Marketing Department, North China Marketing Department, to provide users with better products and services, so that "LEESUN" Products more widely used in packaging machinery, printing machinery, wire and cable machinery, paper version of the system machinery, rubber machinery, tableware machinery, textile machinery, glass machinery, woodworking machinery, electronic machinery and other equipment, the battery industry.
Our business philosophy: the leading science and technology, well production, sustainable development
Our goal: a strong-the quality of the image outside, the unison into first-class science and technology of modern technology manufacturing companies. LEESUN Science&Technology, unlimited power! |
气压式卷轴又名气胀轴，是以空气压缩原理，使轴之外径改变，进而与卷管紧密结合，便利于整卷材料之发送
