Advantages of slant bed CNC lathes:
The two guide rails of a slant bed CNC lathe intersect the ground plane, forming an inclined plane with angles of 30°, 45°, 60°, and 75°. The bed of the slant bed CNC lathe is a right-angled triangle. It can be seen that, with the same guide width, the x-axis tray of the slant bed is longer than that of the flat bed. The practical significance of this application on lathes lies in the number of tool rows. The cross-sectional area of a slant bed CNC lathe is larger than that of a flat lathe of the same specifications, meaning it has stronger resistance to bending and torsion.
Slant bed CNC lathes: The advantage of good stability is crucial when machining many parts. You typically use slant bed or flat bed slant guide rail machine tools because large machine tool parts are also large, especially turret parts. CNC lathe manufacturers use slant guide rails mainly to overcome gravity and achieve better stability, thus improving the machine tool’s accuracy. The advantages of slant guide rails are particularly evident in harsh environments. Improved space utilization: Slant-mounted machine tools effectively utilize space, greatly reducing the machine tool’s planar footprint.
Easy chip removal: The inclined guide rails facilitate the collection of chips onto the chip remover for automatic chip removal. The high heat generated by cutting chips can cause thermal deformation of the guide rails when they accumulate, affecting the accuracy of changes and potentially leading to batch scrapping during automated batch machining. The slant bed CNC lathe’s spindle box is designed with measures to reduce spindle thermal deformation, ensuring relative spindle stability during prolonged operation.
The slant bed CNC lathe employs full guide rail protection, with the cooling box and chip removal device separated from the main machine, protecting machine accuracy from the effects of thermal cutting. Linear rolling guide rails meet the requirements of high speed and high efficiency, reducing frictional resistance and temperature rise deformation, improving machining accuracy, and ensuring long-term stability of cutting precision.
The tool detection device automatically inputs tool point position data into the CNC system, significantly shortening the setting time during tool changes and automatically compensating for tool point wear. The slant bed CNC lathe uses a high-rigidity horizontal turret tool post, providing high positioning accuracy and minimal deformation during heavy cutting.
