Forged Aluminum Auto Parts Manufacturers

Die forging is a method of forming on a forging die developed on the basis of free forging and die forging in order to solve the problems of low productivity and poor precision of free forging, and to achieve the needs of large-scale and specialized production of forgings. Die forging is the abbreviation of model forging. The forging die (forging die) is generally composed of an upper die and a lower die. The upper and lower dies of the forging die are respectively fixed on the hammer head and the die pad. or die groove), the shape and size of the cavity of the groove is the same as the shape and size of the forging. During die forging, the blank is placed on the lower die, and the upper die moves down with the hammer (or slider) to close the die (one or more times) to hit the blank. Under the action, plastic deformation is generated and the groove is filled, and finally a forging with the same shape as the groove is obtained.

Is according to the original conditions such as parts drawing and process requirements, the preparation of parts CNC precision machining program, and input into the CNC machine tool CNC system, in order to control the relative motion of the tool and the workpiece in the CNC machine tool, so as to complete the processing of parts.

Whether you are looking to create a single prototype or prepare for mass production, reducing manufacturing costs is often a top priority when it comes to CNC machining.   Fortunately, as a designer, your decisions can greatly affect the final pricing. By following the Design for Machinability tips in this article, you can manufacture parts optimized to minimize cost and still meet your design requirements.

Receiving your CAD model, we evaluate and design analysis engineering technology and our CNC machines will mill or machine your part in a day. However, with all the technologies that make it possible, the human factor remains critical and is often the culprit behind the recurring problems we see in CNC machined parts. Avoiding these 5 common mistakes can help improve designs, reduce run time, and potentially reduce final manufacturing costs.

For stamping parts, the material utilization rate of the same part reflects the process level and technical level. This paper combines the actual application of the stamping site, from the aspects of process optimization, material size optimization, waste recycling, coil weight increase, etc. Method for material utilization of automobile stamping parts.