1. Designing a suitable machining technology path to shorten the auxiliary time required for CNC milling
In order to enhance the manufacturing efficiency of CNC lathe, we first need to make an in-depth analysis of the parts to be processed by CNC lathe, and make clear the material of these parts, the construction characteristics, the tolerance standard of shape and position, the surface roughness, and the technical specifications of heat treatment. Secondly, we need to determine the cutting dosage and tool geometry angle according to the specific conditions of the parts, as well as the correct adjustment and maintenance of the machine tool. Based on this, we choose a suitable milling process and a concise machining path.elbow joint type high-speed punch presses
2. Selection of suitable tools
When selecting tools, several factors such as the processing capacity of the CNC lathe, the specific content of each process and the material required for the workpiece should be considered comprehensively. Due to the different structure of the machine tool, its selection of tools is not the same. CNC lathe in the selection of tools, not only need to ensure that it has a high hardness, high wear resistance, adequate strength and toughness, high heat resistance and good workmanship, but also must ensure the stability of the tool size and the ease of installation and adjustment. In practice, for various reasons, tools often fail to meet these requirements. Therefore, we should use innovative and high-quality materials to produce CNC machining tools and optimize the parameters of the tools to ensure that the size of the tool matches the size and shape of the surface of the part to be machined.Terminal Connector Stamping Machine.elbow joint type high-speed punch presses
3. The speed of clamping can be effectively increased by reasonably mounting and clamping the workpiece
When machining workpieces on CNC lathes, we should ensure that the positioning and mounting of workpieces can be consistent with the design datums, process datums and datums calculated by programming; strive to reduce the frequency of clamping and try to manufacture all surfaces to be machined after completing one positioning and clamping; in order to maximize the performance of the CNC lathe, we should avoid the use of the occupying machine to manually adjust the machining strategy.Terminal Connector Stamping Machine 4. The removal efficiency of machining allowances can be effectively improved by rationally selecting the cutting volume
Cutting amount includes: spindle speed, depth of cut, feed rate. In the choice of CNC milling machine cutting amount, if it is roughing, generally to improve productivity, but also consider the economy and processing costs, you can choose a larger depth of cut and feed rate; CNC lathe machining recognized Titanium Hao, if it is semi-finishing and finishing, it should be under the premise of ensuring the quality of machining, taking into account the efficiency, economy and machining costs; tool to do the empty range of motion should be set to the highest possible feed rate. Speed. Specific values should be based on the lathe manual, cutting manual, and combined with experience.
elbow joint type high-speed punch presses
High-speed punching machine compared to ordinary punching machine, there are mainly the following aspects of difference. First of all, the stamping speed, high-speed press is usually much faster, the number of times per minute can reach hundreds or even thousands of stamping, while the ordinary press is relatively slow.
Secondly, in terms of precision, the precision of high-speed presses is usually higher, to meet the needs of more precise parts stamping. Furthermore, the structural design and parts selection of high-speed presses pay more attention to stability and durability to adapt to the requirements of high-speed operation.
Dongguan OREKU Precision Machine Tool Co., Ltd., established in 2001, is a high-tech innovative enterprise dedicated to manufacturing high-precision machinery and equipment. Since its establishment, the company has focused on the R&D and manufacturing of CNC precision machining centers, precision stamping machining centers, high-speed vertical lathes and automated production lines, leading the development of the industry.
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