High Precision Slant Bed Lathe TCK56 750mm 10inch Hydraulic Chuck And Steady Rest

Taiwanese linear guideways on the TCK56 slant bed lathe improve machining accuracy:

The high-precision Taiwanese linear guideways used on the TCK56 slant bed lathe enhance machining accuracy through the following aspects:

• High positioning accuracy and repeatability: The Taiwanese HIWIN linear guideways operate on a rolling friction principle with extremely low friction coefficient, resulting in almost no slip during movement. This enables the machine to achieve positioning accuracy of 0.01 mm and repeat positioning accuracy of 0.006 mm, ensuring precise positioning and consistency throughout the machining process.

• Low wear and long-term precision retention: The rolling contact between the guideway and the slider greatly reduces wear compared to traditional sliding guideways, allowing the machine to maintain high precision over a long period and preventing machining errors caused by wear.

• High rigidity and vibration resistance: The slant bed structure combined with high-precision linear guideways can withstand loads from multiple directions (vertical and horizontal), enhancing the machine’s rigidity, reducing vibration and deformation during cutting, and ensuring stable machining and dimensional accuracy of the workpiece.

• Low friction resistance and smooth motion: The low friction characteristic not only reduces the driving force required but also ensures smoother feed motion, eliminating low-speed creeping phenomena. This improves the relative movement accuracy between the tool and the workpiece, thereby enhancing the surface finish quality.

• Easy installation and maintenance: The guideways feature good interchangeability and convenient lubrication design, ensuring they remain well-lubricated at all times. This reduces wear and precision loss caused by poor lubrication and extends the machine’s stable operating life.

In summary, the high-precision Taiwanese linear guideways on the TCK56 slant bed lathe significantly improve machining accuracy and stability through their high positioning precision, low wear, high rigidity, and smooth motion characteristics, meeting the high-precision machining requirements of complex parts.