China Shenzhen Perfect Precision Product Co., Ltd. company news

2、 Classification by operation combination degree According to the classification of different process combinations, stamping dies are divided into single process die, compound die, progressive die and transfer die. 1. Single process die Single process die refers to the die that can only complete one stamping process during the working process of the press. 2. Compound die In one stroke of the press, the compound die can complete two or more stamping processes at the same station at the same time. 3. Progressive die Progressive die is also called continuous die. This kind of die has two or more stations and can complete two or more stamping processes at different stations. 4. Transfer mode The transfer die can be transferred by a manipulator, which greatly improves the production efficiency, reduces the manufacturing cost and saves the material cost. The transfer die integrates the advantages of single process die and progressive die, and has the characteristics of quality safety, stability and reliability.  

Mechanical parts processing factory said, surface roughness is a key performance index reflecting the deviation of the surface micro geometry of the parts, is the key basis for detecting the quality of the surface layer of the parts; whether it is selected effectively, immediately related to the quality of goods, service life and product cost. The selection of mechanical parts surface roughness There are three kinds of ways, namely, measurement method, experimental method and analogy method. In the mechanical parts design program work, the most general use is the analog method, this method is simple, fast and reasonable. The use of analogical method must have ample references, the current variety of mechanical structure design guidelines are given a more comprehensive range of materials and references. The most common is the surface roughness that corresponds to the tolerance level. In general, the smaller the size tolerance requirements of mechanical parts, the smaller the surface roughness value of mechanical parts, but they will not have a fixed function of the relationship between them. For example, some equipment, instruments and equipment on the rocker, spindle and its health equipment, food machinery, some mechanical parts of the decorative surface, their surface requirements for production and processing is very smooth that is, the surface roughness requirements are very high, but the size tolerance requirements are very low. In general, there are size tolerance requirements of the parts, the tolerance level and surface roughness value in the middle or have a certain correspondence.   The above is to explain the choice of surface roughness of mechanical parts, hope to see can help you!

Precision machining factory said, machinery is to help reduce the difficulty of work or save energy tools and equipment, like chopsticks, brooms and its tweezers a class of things can be called machinery, they are simple machinery. And complicated machinery is composed of two kinds or two types of simple machinery. Generally, this more complex machinery is called machines. From the point of view of construction and fitness movement, there is no difference between the mechanism and the machine, and it is generally called a machine. The concept of mechanism and machine is derived from mechanical hydraulics and belongs to the most important definitions of contemporary mechanical design fundamentals, while the current definition of machinery in Chinese is mostly derived from the Japanese word "machine". All machines and mechanisms with a clear system of motion are collectively referred to. For example: CNC lathe, big tractor, etc. Mechanical engineering is a course of application based on relevant scientific and technical research as a theoretical basis, integrating the accumulated experience of process work in practice, scientific research and processing in the design and development, manufacturing, installation, application and repair of various types of machinery in the basic theory and specific conditions. The development of each engineering aspect provides for a matching development of mechanical engineering, and all must mechanical engineering give the necessary machinery. The invention and soundness of some machinery will cause the occurrence and development of new engineering design and new industrial chain. For example, the success of the production of medium and large transmission equipment has led to the creation of power supply systems; the invention of locomotives has led to the prevalence of railroad engineering and the railway line industry; the invention and progress of gas turbines, gas turbines, rocket engines, and the development of aircraft and spacecraft has led to the prevalence of aviation and aerospace engineering; the development of Korak facilities has led to the success of many new types of synthetic chemical engineering.   The above is the definition of precision machining factory for you to explain the machinery, hope to read to help you!

Mechanical spare parts processing and general mechanical processing is some differences and some differences, so is to understand the actual difference between these, so as to be able to distinguish, so that according to the specific circumstances and production needs to reasonably select, and then effectively prevent incorrect selection of this problem. Mechanical spare parts processing, it is involved in the production of processing steps and production process, and the two carry out more, because they are the same in the necessity, is no depth of difference, therefore is not completed more, and from another perspective, that more does not have any practical significance and use value, is not necessary to carry out this work, therefore, this question has no answer and can not be answered.   Machine parts processing has some common production process, such as fine turning, fine boring, fine milling, fine polishing and polishing those detailed processing process, and, should have some understanding and mastery of this processing process, at least to understand what these are, so that you can choose the appropriate production process according to production needs. Precision machine and equipment parts processing in the production and processing needs is very high, and thus can indeed be, the results of this issue for is. And, for its different production processing is not the same production regulations, not that its production standards are uniform, therefore, is to analyze the situation in detail, so as to be able to understand what production processing can be used to achieve production regulations.   The above explained is the common production process of mechanical parts processing, hope to see can help you!

Precision machining manufacturer said that the variety of machinery, can be divided into a variety of types according to many different levels, such as: according to the role can be divided into transmission equipment, raw material delivery machinery, crushing equipment, etc.; according to the service items of the industry chain can be divided into agricultural machinery, mining machinery, textile machinery, packaging machinery, etc.; according to the principle can be divided into thermal machinery, fluid machinery, bionic machinery, etc.. The specific products of the Chinese machinery industry contain the following 12 categories. 1, agricultural machinery: tractors, seeders, seed harvesting machinery, etc. 2, heavy mining machinery: metallurgical equipment, mining machinery, lifting equipment, loading and handling machinery, industrial and mining enterprise vehicles, cement equipment, etc. 3, construction machinery: electric forklifts, shovel and soil conveying machinery, ramming machinery, construction machinery, etc. 4, petrochemical general machinery: crude oil drilling machinery, refinery machinery, chemical machinery, pumps, fans, gate valves, gas compressors, refrigeration machinery, paper-making equipment, printing equipment, plastic granulation machinery, pharmaceutical equipment, etc.. 5, electrical machinery: power generation machinery, transformers,, high and low voltage switches, cables and wires, electric batteries, DC welding machines, electrical products, etc.. 6, machine tools: metal drilling machine tools, forging equipment, forging machinery, woodworking equipment, etc.. 7, automobile: truck, road passenger car, small car, car modification, motorcycle, etc.. 8, instruments and meters: automation instruments, welding instruments and meters, optical equipment, composition analyzers, automotive instruments and meters, electrical material weaponry, electro-education equipment, digital cameras, etc. 9, basic machinery: rolling bearings, hydraulic fittings, hydraulic seals, powder metallurgical products, standardized standard parts, industrial production drive chain, drive gear, mold shell, etc.. 10, packaging machinery: packaging machines, packing machines, belt conveyors, etc.. 11, environmental protection machinery: water pollution control machinery and equipment, environmental pollution prevention machinery and equipment, solid waste treatment equipment, etc.. 12, mining machinery: rock disintegration machine, top stone machine, etc. The above is the precision machinery processing manufacturers to explain the types of machinery, hope to see can help you!

Precision parts processing is a kind of mechanical processing, only it is in the end of the production processing deviation regulations are higher, and in the production process is more strict regulations. Along with the development of industrialization and the change of demand from time to time, fine machining used to be the development of all aspects, it develops the orientation more and more widely, the orientation is also more and more fine, the orientation development also rarely appears its systematization. Along with the development of science and technology its technical nature is also in continuous development, production and processing of product quality and accuracy is also getting higher and higher, high-tech and capital development also firmly control the development of fine machining orientation. Precision parts processing can only be more and more integrated, it will not be just purely a mechanical processing method. It in turn can play its efficacy faster when it carries out hot melt connection with new technology, and the intelligence in the field of ineffective machining has caused a qualitative leap in its conduct and can serve the industrial development faster. Along with the development of mechanical engineering, new design concepts and methods, new materials, new technologies and new processes occur, mechanical parts into a new development of the link, finite element principle, fracture mechanics, elastic liquid dynamic pressure polishing, reliability design, solidity design program, aided design design program (CAD), solid line model (Pro, Ug, Solidworks, etc.), system analysis and design Methodology and other basic theories have been gradually used to discuss and design solutions for mechanical parts. Precision parts processing accuracy to nano, and finally to the molecular enterprise for the purpose, ultra-fine parts drilling production processing methods can no longer meet, must rely on special fine parts processing methods, namely, the use of mechanical energy, photo-catalytic energy, heat or electromagnetic energy, etc.. This energy exceeds the interatomic bonding energy and removes some of the interatomic adhesion, fusion or lattice deformation from the surface of the workpiece to achieve the goal of ultra-fine manufacturing. Some of the processes that fall under this category are mechanical chemical polishing, positive ion sputtering and dry etching, ion beam exposure, laser production, metal vapor deposition and molecular structure beam epitaxy. The above is to explain the precision parts processing is a kind of mechanical processing, hope to see can help you!

Mechanical parts processing is a process of using processing equipment to change the size and function of the product workpiece, according to the temperature in which the product workpiece is processed, it may be divided into cold drawing and heat treatment when it is used. Generally processed at room temperature, and does not cause organic chemical or physical changes in the product workpiece, called cold drawing. Mechanical parts processing is generally in the high over about is less than room temperature situation of processing, then it will simply provoke the product workpiece organic chemical about is the physical phase change, is called heat treatment. Cold drawing can be divided into drilling processing and working pressure processing according to the difference of processing methods. Heat treatment is mostly seen as heat punishment, calcination, calcination and electric welding. Gradually is the provisions of the strength of the symptom material, for some sites, the higher the strength of the raw material is the better, only limited to the strength of the processing equipment parts regulations, processing of raw materials can not be too hard, if than the parts are also very hard can not be processed. The products obtained through mechanical parts processing, its use is a small amount of attention to things, so it is inevitable that the reference answer to this question is yes. And, in addition to know this point, also need to know its detailed what attention to things, to have a clear and comprehensive hearing of their detailed content, can not have jumped off the place, to prevent the usual use of its products. The above explained is the mechanical parts processing products obtained, hope to see can help you

In the machining industry, machining accuracy usually determines the quality of machined parts on a larger level, and CNC precision parts machining itself is a very high production method, its relative traditional production and processing methods can achieve better actual results, there are many other production and processing methods do not have the advantages, so what are the advantages of CNC precision parts machining? 1, multi-axis control linkage: generally speaking, generally speaking, three axis linkage with more, but according to some regulation can ensure four-axis, five-axis, seven-axis and even a large number of continuous axis of CNC machining center. 2, machine parallel: universal CNC machining center its role is also very sure, can be CNC machining center and milling core, or column type, horizontal machining center composition together, which can enhance the production of CNC machining center processing scope and processing capacity. 3, tool damage warning: the use of some technical inspection methods, you can timely processing of tool damage, destruction of the situation, and to carry out the alarm, that can ensure immediate replacement of tools to ensure the production quality of parts. 4, tool life management: you can work with a number of tools and the same tool on several heads to carry out unified management to improve productivity. 5, machine tool overload power off maintenance: according to the production process load set according to the larger load level, when the load to achieve the rated value, the machine tool can be fully automatic power off standby, in order to perform maintenance effects on the machine tool. The above explained is the advantages of CNC precision parts processing, hope to read to help you!

Machining of mechanical parts is mainly for machining very high precision parts. Such parts are used in different fields of application. The precision of machining of mechanical parts will directly affect the measurement parameters. Measurement accuracy can be applied according to different conditions. What are the methods of measuring the accuracy of mechanical parts machining? Mechanical parts processing can be divided into measurement and relative measurement according to whether the reading value of the measuring instrument directly represents the value of the measured specification. Absolute measurement: the reading value directly represents the size of the measured specification, such as measurement with micrometer. Relative measurement: The reading value only indicates the error of the measured specification relative to the normative quantity. If a voltage comparator is used to measure the diameter of the shaft, the zero position of the instrumentation should be adjusted using the gauge block first, and then the measurement should be carried out. The difference between the measured value side shaft diameter and the block gauge specification is the relative measurement value. In general, the relative measurement is more accurate, but the measurement is more inconvenient. Mechanical spare parts processing is divided into contact measurement and non-contact measurement according to whether the measured surface is in contact with the measuring head of the detector. Contact measurement: the measuring head touches the surface to be contacted and has a precise measuring force. For example, parts are measured with vernier calipers. Non-contact measurement: The measuring head does not touch the surface of the part to be measured. Non-contact measurement prevents the measuring force from harming the measuring effect. Such as the choice of projection method, light wave intervention method, etc. Mechanical parts processing can be divided into direct measurement and indirect measurement according to whether the measured parameters are directly measured. Direct measurement: direct measurement of the measured parameters to obtain the measured specifications. For example, the application of calipers with meters and voltage comparators to carry out measurements. Indirect measurement: The graphical parameters related to the measured specification are measured and the measured specification is obtained according to the calculation. Obviously, direct measurement is more visualized for part processing, while indirect measurement is more inconvenient. Generally when the measurement specifications or direct measurement can not meet the accuracy requirements, it is forced to choose indirect measurement. The above explanation is the mechanical parts processing accuracy measurement method, hope to see can help you!

(1) CNC machining of parts requires the content of the processing technology to be detailed and specific. CNC machining of parts will be developed in advance CNC machining plan, and then the operation on CNC machine tools, including processing procedures, selected tools, processing methods and the corresponding processing parameters. Parts. There must be a specific and detailed plan, the analysis of the plan, and finally the formation of the machining program of the part. (2) The CNC machining process of the part requires more rigorous and precise. Parts processing process using CNC machining mode, so that the parts of higher precision, better quality, processing does not require too many people, saving manpower, but on the other hand, human intervention reduced, so that if the parts of the processing problems, can not be adjusted artificially, so the mechanical CNC machining process of the parts set to be more strict and accurate, can not appear small errors, because the existence of errors is likely to cause Machining process is not up to standard, parts scrap, or even cause mechanical accidents. (3) When machining a part by mechanical CNC, mathematical calculations should be made for the set values of the graphics and programmed dimensions of the part. Since the machining of the part is carried out by CNC, the programming design, the geometric model of the part dimensions, and the mathematical calculation of the dimensions of the part to be machined must be carried out before machining, so all aspects need to be considered when programming. to optimize the design of the part.