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CNC machining is the processing carried out with CNC machine tool processing equipment. As the CNC machine tool processing is programmed and then controlled by computer processing, thus CNC processing has a smooth processing quality, processing high precision, can process the complexity of the surface, processing high efficiency. In the specific processing process, the human element and the actual operating work experience, at a very large level above to protect the final processing quality.
CNC machining can machine complex contours that are difficult to machine by traditional methods, and even machine parts that cannot be observed. CNC machining can be used in all major industries, especially in some core industries to which the country attaches great importance. CNC machining centers mainly machine box-shaped workpieces, complex curved workpieces, shaped workpieces, disc-shaped workpieces, sleeve-shaped workpieces, plate-shaped workpieces and other complex-shaped workpieces.
CNC machining can be done to process disc, sleeve and plate shaped workpieces. There are many such workpieces, including disc-shaped sleeves or shaft-shaped workpieces with keyways and radial holes, planar porous systems, curved surfaces such as bushings with flanges, shaft-shaped parts with keyways or square heads, and plate-shaped parts with porous machining, such as various motor covers.
CNC machining can be used to machine box-type workpieces. Machining box-type workpieces usually requires high-precision hole systems and flat surfaces for machining. When machining box-type workpieces on a machining center, 60% to 95% of the machining process can be completed in one pass.
CNC machining can machine complex curved workpieces. Typically, machining centers with more than four axis linkage are used to machine complex curved workpieces. Machining efficiency is high, but relatively low. If you use a three-axis machining center to process complex surface workpiece, the machine cannot be processed, because the three-axis machining center can only process simple surface workpiece, and complex surface workpiece can not be processed, such as impellers, blades, marine propellers and other complex surface parts need five-axis simultaneous machining center to complete the processing.
In today's industrial environment, manufacturing processes rely on CNC machining tools. Different operations are performed through automated processes, and CNC machines operate various types of equipment. Manufacturers have replaced the equipment required by operators with CNC machining tools. The use of CNC tools allows for more accurate production of suitable and precise industrial products.
CNC machining tools offer financial and manufacturing advantages over traditional machining. While it helps if you staff each machine with a skilled professional in the traditional manner, CNC machines make it possible for just one technician to operate multiple machines. For example, in a traditional machine shop, each machine must have a skilled technician, whereas in CNC machining, one professional can operate multiple machines.
In manufacturing, CNC machining produces many metal and plastic products used in different sectors. There are many industries that use CNC machines for accurate, consistent and precise cutting
CNC lathe feed processing route refers to the turning tool from the point of tooling (or machine tool fixed origin) to start the movement, until the return to the point and end of the processing program after the path, including the path of cutting processing and tool cutting, cutting out and other non-cutting empty stroke path.
The feed route of finishing is basically along the order of its part contour, so the focus of the work to determine the feed route is to determine the roughing and empty stroke feed route.
In CNC lathe machining, the determination of the machining route generally follows the following principles.
①It should be able to ensure the accuracy and surface roughness of the machined workpiece.
②Make the machining route the shortest, reduce the empty travel time and improve the machining efficiency.
③Simplify the workload of numerical calculation and simplify the machining procedure as much as possible.
④For some reused programs, subroutines should be used.
As a professional CNC machining parts manufacturer, Fortuna has a wide range of cnc machining parts for you to choose from. Fortuna's cnc machining parts has the following advantages.
① Massively reduce the number of tooling, processing the shape of complex parts do not require complex tooling. If you want to change the shape and size of the parts, you only need to modify the parts processing program, suitable for new product development and reshaping.
② Stable machining quality, high machining accuracy, high repeatability, adapt to the processing requirements of the aircraft.
③ Multi-species, small batch production under high productivity, can reduce production preparation, machine tool adjustment and process inspection time, and due to the use of the best cutting volume and reduce the cutting time.
④ Can be processed by conventional methods difficult to process the complex surface, and can even process some unobservable processing parts.
Fortuna also has a custom stamping parts service. Welcome to learn more products and customization information. Hope to build business relationship with you!