Turning and milling compound precision machining is generally completed in two ways. The first is based on a turning and milling compound processing machine, mainly for some smaller parts; the second is combined turning and milling machining and machining center. The two methods have their own advantages and disadvantages. It is necessary to decide which method to use according to the actual situation of the product.
Turning and milling compound precision machining is generally completed in two ways. The first is based on a turning and milling compound processing machine, mainly for some smaller parts; the second is combined turning and milling machining and machining center. The two methods have their own advantages and disadvantages. It is necessary to decide which method to use according to the actual situation of the product.
Component features:
| Processing technology | CNC turning and milling machining |
| Material Mode | AL6061 |
| Sample/production lead time | 7/15 working days |
| Product processing accuracy | min-0.02mm |
| Product processing | turning and milling maching - anode black - second time processing - full inspection - packaging - delivery |
| Product standard | Ø150mm*18mm |
| Surface treatment | anode black |
| Packing standard | Copy paper +pearl wool + carton box or according to customer requirements |
| Related testing equipment | Caliper, CMM, micrometer, 2-D height meter, plug rod, etc |
Flow chart of product implementation:
In the daily machining process, turning and milling precision machining is accepted by more and more people. There are two reasons. One is that the form and position tolerance of the workpiece can be guaranteed through the turning and milling compound processing; the second is Through the complex precision machining of turning and milling, the secondary clamping of the workpiece can be reduced, the processing efficiency can be improved, and the production cost can be reduced;
