What Machining Center is Good for Machining Box Parts?
(2021年06月01日)https://www.sealionmachine.com/what-machining-center-is-good-for-machining-box-parts.html
Looking for the best deal of machine tools? You are here in the right place. Sealion is one of the CNC machine tools supplier who can always help you. Sealion may not only offer you a wide selection of quality machine tools in the global market but also help you to maintain CNC machine tools and horizontal boring milling machine with the best offer and support as well.
The commonly processed box-type parts generally include the engine cylinder on the automobile, the transmission gearbox, and the transmission gearbox. The following pictures are all parts of the box type.
CNC horizontal machining center is the best choice for machining box parts because the CNC horizontal machining center usually has three linear coordinates and a table rotary shaft, which can complete 80% - 90% of the processing content of multiple surfaces in one clamping of box-type parts. The one-time clamping has small error, high precision, and stable quality. At the same time, it can shorten the production cycle and reduce production costs. Using a horizontal machining center to process box parts has good chip removal ability, while large vertical machining centers and gantry machining centers have poor chip removal ability, which will lead to serious damage and deformation of parts and tools.
Box type parts generally need to carry out hole series, contour, plane multi-station processing, usually through milling, boring, drilling, expanding, reaming, tapping, and other processes, the use of more tools, tooling. In the ordinary machine tools, they have to go through repeatedly clamp, alignment, more measurement times, longer processing cycle, higher cost, while the most important is that the accuracy is difficult to guarantee.
We also provide boring mill machine, cnc equipment, twin spindle lathe, engine machining tools, vertical turret lathe for sale, vertical milling machine for sale and so on.
- «前のできごと |
- 次のできごと»
- このできごとのURL:
コメント