The geometric characteristics of the surface processed by large-scale CNC lathes include surface roughness, waviness and machining texture. The advantages of large-scale CNC lathe machining and the five factors that improve the machining efficiency of CNC lathes are what we must know. However, the surface roughness of large-scale CNC lathes is the basic unit of surface geometric characteristics, which affects the surface roughness of large-scale CNC lathes. Do you know any? PTJ will do a simple analysis for everyone.
1. Factors affecting the surface roughness of large-scale CNC lathes: geometric factors
From the geometric point of view of surface roughness, the shape and geometric angle of the tool, especially the radius of the tip arc, the main deflection angle, the secondary deflection angle, and the amount of feed in the cutting amount, have a greater impact on the surface roughness.
2. The second factor affecting the surface roughness of large-scale CNC lathes: physical factors
Considering the physical essence of the machining process of large-scale CNC lathes, the cutting edge fillet of the tool and the subsequent extrusion and friction cause plastic deformation of the metal material, which seriously deteriorates the surface roughness. When machining plastic materials on a large-scale CNC lathe to form band-shaped chips, built-up edges with high hardness are likely to be formed on the rake face. It can replace the rake face and cutting edge for cutting, so that the geometrical angle of the tool and the amount of back-cutting can be changed. The contour of the built-up edge is very irregular, so that the depth and width of the tool marks on the surface of the workpiece are constantly changing. Some built-up tumors are embedded in the surface of the workpiece, which increases the surface roughness. Vibration occurs during cutting, which increases the surface roughness parameter value of the workpiece.
3. Three factors affecting the surface roughness of large-scale CNC lathes: machining process factors
Considering its influence on the surface roughness of the processed workpiece from the perspective of large-scale CNC lathe machining technology, there are mainly factors related to cutting tools, factors related to workpiece material, and factors related to CNC machining conditions.
The surface roughness of large-scale CNC lathes is mainly affected by geometric factors, physical factors and machining technology factors. PTJ specializes in large-scale CNC lathe machining, large-scale CNC gantry milling machining, large-scale frame welding machining, precision mechanical parts machining, horizontal Large-scale machinery machining plants that are engaged in CNC machining, chassis sheet metal bending, and other machining processes. Welcome to send drawings and samples for machining orders!
Link to this article: The Factors Affecting Surface Roughness Of Large-Scale CNC Lathe
Reprint Statement: If there are no special instructions, all articles on this site are original. Please indicate the source for reprinting:https://www.cncmachiningptj.com/
Sheet metal, Copper Milling, carbon steel, magnesium, 3D printing, precision CNC machining services for heavy equipment, construction, agriculture and hydraulic industries. Suitable for plastics and rare alloys machining. It can turn parts up to 15.7 inches in diameter. Processes include swiss machining,broaching, turning, milling, boring and threading. It also provides metal polishing, painting, surface grinding and shaft straightening services. The production range(include Aluminum die casting and zinc die casting) is up to 50,000 pieces. Suitable for screw, coupling, bearing, pump, gearbox housing, drum dryer and rotary feed valve applications.PTJ will strategize with you to provide the most cost-effective services to help you reach your target,Welcome to Contact us ( [email protected] ) directly for your new project.
Link to this article：The Factors Affecting Surface Roughness Of Large-Scale CNC Lathe
Reprint Statement: If there are no special instructions, all articles on this site are original. Please indicate the source for reprinting:Alloy Wiki，thanks！^^
