TIWINOK brand linear guide pair, gathers capital strength and a technical team with over 29 years of mature experience in the research and development of linear guide pair manufacturing. It adopts cutting-edge linear guide pair production technology and aims to build a prosperous production base and industrial chain for linear guide pair in Jiangmen, Guangdong. The TIWINOK brand is the result of further innovation based on mature linear guide pair technology. Thanks to Mr. Sun Jianli, a professor at Huazhong University of Science and Technology who has been engaged in core technology research for many years in the research and development department of the linear guide industry and is a technology leader in the linear guide industry, the TIWINOK technical team has made significant innovations in lubrication design, sealing design, micrometer level detection technology and equipment based on their mastery of linear guide pair research and development theory, design and manufacturing, product performance testing, and other technologies. They have not only achieved interchangeability of linear guide pairs in the mild preloading range, but also in the medium and heavy preloading range. They have also achieved good lubrication of the upper raceway in the inclined installation state of the slider and optimized the dustproof performance of the linear guide pair. The TIWINOK brand linear guide pair is produced using the world's advanced CNC linear guide precision composite forming grinder. It uses three grinding heads and one-time clamping to complete the grinding of the rolling track, side reference, and bottom reference of the linear guide, greatly eliminating the influence of machine tool errors and installation errors on the accuracy of linear processing. The parallelism of the linear guide rolling track to the installation reference surface produced in large quantities can reach P level or above accuracy, and can produce advanced UP level linear guides. The parallelism of the entire length of the linear guide can reach within 0.004mm. The comprehensive theoretical research, design, manufacturing process, and testing technology of the TIWINOK technical team ensure the reliability and excellence of other precision indicators of the product. The TIWINOK brand's linear guide pair has launched two series of products, the high-profile 11 series (commonly known as the HG series) and the high torque resistant 12 series (commonly known as the KG series), both of which can meet the usage requirements of high-precision small and medium-sized CNC lathes, CNC engraving and milling machines, drilling and tapping centers, profile machining centers (collectively referred to as "metal cutting machines"), as well as automation equipment, various robotic arms, injection molding machines, woodworking machinery, laser processing equipment, glass machinery, ceramic machinery, printing machinery, cardboard production equipment (collectively referred to as "industrial machinery") and other industries. The 11 series raceway has an X-shaped structure, with a wide range of models and relatively economical cost. Due to its high centering characteristics, it has a relative advantage when the installation benchmark error of the guide rail is large. Therefore, the 11 series is more suitable for industrial machinery and comes standard with a strong dust scraping sealed end cover, which is dust-proof and can also be used in woodworking machinery. The 12 series raceway is an O-shaped structure with high torque resistance and relatively high cost. When used in metal cutting machines or in situations with mechanical overhangs (such as the boom of a truss manipulator), it can better demonstrate its rigidity advantage. At the same time, the 12 series guide rail can be equipped with a stainless steel protective belt plate, and the slider is specially designed with an internal sealing strip for secondary dust prevention of the steel ball. The screw tail at the end of the slider has threads, and can be equipped with TIWINOK strong dust scraping accessories for multiple seals to cope with harsh dust environments. Its dust prevention ability is stronger, and its advantages in woodworking machinery are more obvious.