Although there are numerous small skills required in the processing and production of non-standard precision mechanical parts in large machining plants, if you can learn and master these small skills, you will achieve twice the results with half the effort! Let's take a look at some of the most frequently used techniques in the processing of non-standard precision mechanical parts.Work on non-standard precision mechanical parts, disassemble the vice jaw and process two M4 threaded holes, flush the two 1.5mm thick steel plates with the jaw, rivet the 0.8mm thick hard brass plate with aluminum rivets, and secure it to the jaw with M4 countersunk screws to form a durable soft jaw.Precision mechanical parts can be protected from being pinched in this manner.Miniature skills that are commonly used in the processing of non-standard precision mechanical parts, such as the inconvenient absorption of small precision mechanical parts with magnets, are referred to as skill 2.It is possible to have an iron plate sucked under the magnet. It has the capability of not only absorbing a large number of small precision  https://www.cnclathing.com/cnc-machining-services metal CNC machining mechanical parts, but also of pulling the iron plate apart. All of the small precision mechanical parts will automatically fall into the collection box, which is a very convenient feature.Skill 3: In the event of slipping between the pulley and the axle during pulley transmission, a series of pits can be drilled into the axle with a 15-18mm pit drilling bit to create an adsorption force and prevent slipping from occurring.Skill 4: Typical skills for machining non-standard precision mechanical parts that are not standard.Workpieces are typically clamped after they have been positioned, but for some workpieces, clamping can cause deformation of the piece. As a result, for such a workpiece, we must first clamp it and then locate it, find six positioning points, and determine the degrees of freedom that are restricted. Large machining plants place a high value on the quality and efficiency of non-standard precision mechanical parts processing, which is particularly important in the aerospace industry. These suggestions are also highly commendable if they are able to more effectively improve production efficiency without requiring a significant investment of time and resources on their part.Overall, parts and processes processed on the https://www.cnclathing.com/3d-printing 3D printing parts, particularly on the machining center, can be concentrated to the greatest extent possible; that is, the parts should complete the majority or all of the processes that can be processed by the NC machine tool, to the extent that this is possible, in a single clamping operation. The concentration of NC machining allows for a reduction in the number of machine tools and workpiece clamping times, as well as a reduction in unnecessary positioning errors and a high level of productivity. After one installation, all of the hole system processing involving a coaxial hole system must be completed by sequential and continuous tool change, after which the holes at other positions must be processed in order to eliminate the influence of repeated positioning error and to further improve the coaxiality of the hole system.