cnc machining is becoming more and more complex with each passing year as a result of the continuous improvement and advancement of this technology. Consequently, it is difficult to keep track of which design elements are acceptable in a given situation and which ones should be avoided in a particular situation. When making a few relatively simple changes to part design or material selection, it is possible to both save money on machining parts while simultaneously improving the function and usability of those parts.In the sections that follow, we've included some suggestions to help you design machined parts more efficiently. Please read them carefully. To begin with and most importantly,1. When cutting your fabric, remember to take into consideration any corner pockets that may be present. Consider the corners of a machined pocket, such as the inside of an electronic component housing, or the corners of a bracket that holds the body of a rectangular component in place while it is being inserted into the pocket. It is common for designers to make the mistake of allowing the intersection of vertical walls to adhere to the characteristics of very sharp works when designing vertical walls, which is a mistake that should be avoided at all costs. As an illustration, consider the fabrication of a stainless steel box that will be used to store a deck of playing cards as a case in point. When it comes to inserting the card into the box, the only method available for achieving a perfectly square vertical angle is electro-erosion (also known as electric discharge machining, or EDM), which is accomplished by bolting together several flat plates. Additionally to being time-consuming, it is possible that both of these processes will be costly as well as time-consuming.2. By doing your own edge polishing, you can save money on materials.Another cost-saving strategy when working with radiuses is to avoid the elimination of corners whenever possible. When working with radiuses, this is yet another method of lowering costs to be considered. If a part has an intersection area on the outside of it, designers will typically incorporate bevel or bend angles into the intersection area in order to smooth out the intersection area, which will aid in the removal of processing marks and the elimination of sharp corners from the part. The desire to do so, and in some cases the necessity of doing so, can be understandable; however, the costs associated with doing so can be prohibitively expensive. According to the image, Junying offers an automatic grinding option for metal parts, and the plastic part is delivered with the appearance of having been machined or having sharp edges, just like the metal part. The use of additional tools (ball end mills) and 3D profiling motion, in addition to the standard tools, is required in order to machine corners with smooth edges. This is done to ensure that the corners of the design are as smooth as they possibly can be, which is a critical aspect of the design.After the stamp has been applied, there should be no additional text added to it to make it look more professionalFrom a decorative standpoint, the carved text is also visually appealing; however, lengthy operations should be avoided if at all possible unless absolutely necessary. Tracking letters, numbers, and symbols on a computer-aided design (CAD) model is possible with the assistance of knives with ball ends. While processing your parts may appear to be a reasonable requirement, it may not be the most appropriate option for injection molded parts due to the fact that the additional processing time will be offset by the increased volume of parts produced. The difference between metal and plastic features is that we use different tools for them. As a result, the minimum feature size for metal features is 0.90 mm, while the minimum feature size for plastic features is 0.51 mm. We do this because we use different tools for metal and plastic features, which are distinct from one another.