Turning
Hyundai WIA Turning Centers excel in high-precision turning operations, boasting enhanced efficiency and exemplary performance. With a solid, well-defined construction and advanced technology, these compact machines are environmentally friendly. Their ergonomic design prioritizes user convenience, optimizing performance and output.
Vertical Milling
Hyundai WIA Vertical Machining Centers are renowned for their versatility and precision, ideal for vertical milling. Equipped with enhanced spindle quality, these machines ensure superior machining results. Their versatility is further underscored by customizable features such as different motors and columns, while the latest controller program empowers precise performance.
Horizontal Milling
Hyundai WIA Horizontal Machining Centers excel in horizontal milling with high-speed precision. Renowned for flexibility and productivity, they offer rigid construction and outstanding cutting accuracy. Options include High-speed models with linear guideways and Heavy-duty variants with hardened box style guideways.
5-Axis Machining Center
Hyundai WIA 5-Axis offers seamless control over 5 axes. Built robustly with high rigidity and integrated bed and column, these machines maximize operational efficiency with strategic placement of the main table and spindle. Additionally, their accessible design ensures operators can achieve maximum precision and accuracy, resulting in flawless machining outcomes.
Multi-Tasking Machines
Hyundai WIA Multi-Tasking Machines epitomize the harmonious fusion of multiple machining processes, seamlessly integrating turning and milling operations. The newest lineup of Hyundai WIA multi-axis machines excels in shaping intricate workpieces, boasting dual spindles, turrets, and Y-axis functionality for optimal performance.
Y-Axis Turning Center
Y-axis series known for their high performance and robust cutting capacity, ensuring maximum productivity. These machines, featuring Y-axis functionality, deliver superior cutting power with box guideways, while stabilized components minimize thermal displacement. Additionally, the inclusion of wedge-type Y-axis facilitates intricate machining tasks efficiently.
