Key points in connector mold parts production

To ensure the quality of connector mold parts, the management link is very important. The key points in the connector mold parts production can be started from the following aspects:

1. Effective management of product data and drawings and documents
Effective product data management, process data management and drawing document management can ensure the comprehensiveness of documents and the consistency of drawing versions, so that drawings can be effectively shared and effectively queried and utilized.

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2. Keep the data consistency and integrity of die drawings, connector mold parts machining technology and objects


3. The design and manufacturing cost of each set of dies must be summarized in time.


4. Overall planning


5. Develop a complete and practical management system for connector mold parts production
6. Establishment of quality inspection department and strict standardization of inspection means



According to the process record, effectively linking the quality to the individual can enhance the responsibility of the designer and the operator.

Through the above points for management of connector mold parts production, we can ensure product quality, improve the company's comprehensive competitiveness, and open a new chapter in the mold processing industry.

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Prospect of precision plastic mold parts processing technology

According to the research, the application of rare earth elements in the precision plastic mold parts processing technology can achieve more obvious results. It is obvious that the application of rare earth elements in the mold manufacturing will be an important direction of future research.



With the rapid development of nanotechnology, it has achieved remarkable results in improving the productivity and life of mold parts. However, there are still many imperfections in this technology, and there are still many work to be done, such as: the surface coating of complex die cavity is not uniform, the deposition parameters are not clear, and the surface strengthening mechanism of precision plastic mold parts is not clear.



Precision plastic mold parts processing technology can make up for some shortcomings of the current die materials to a certain extent, yizebts18 and has shown great potential for development. However, as far as the current surface strengthening technology of mold parts is concerned, there are still some shortcomings and its application is limited to a certain extent.



As long as attention is paid to research and development, it will certainly speed up and develop. Improve the application of precision plastic mold parts processing technology in mold manufacturing process.

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Related content about classification of plastic mold parts

With the rapid development and widespread use of industry, the scope of application of plastic mold parts is also expanding, and the its proportion is rising rapidly. Today we will look at the classification of plastic mold parts.



Generally speaking, the classification of plastic mold parts includes the following three kinds:
1.Plastic mold parts for hot runner
2.Plastic mold parts with large water gap
3.plastic mold parts with thin water gap

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However, we are also facing constraints. With the rapid development of industry, the plastic mold parts industry has come to a new stage yizebts18 of development. At the same time, it has put forward higher requirements for the comprehensive mechanical properties and life expectancy of moulds, and wants to occupy a place in the international market. If domestic plastic mold parts enterprises want to have a place in the international market, they must break through the following three aspects:
1. The supporting system of China's plastic mould industry is still inadequate.
2. The backwardness of technology has greatly hindered the development of plastic mould parts industry in China.
3. There are still many shortcomings in the use of raw materials in China's Plastic Mould accessories industry.



With the coexistence of business opportunities and crises, plastic mold parts should be constantly upgraded in the new era. Above is the related content about classification of plastic mold parts.



Innovation and change can make better progress!

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What are the characteristics of precision connector mold parts

The development of the industry is inseparable from its various branches. The important part of the mould is the mold parts. The development of China's mold industry is obvious to all. Take precision connector mold parts as an example, what are their characteristics? Today we'll take a look at the characteristics of precision connector mold parts.



Do you know the main characteristics of precision connector mold parts? The following is the relevant information:

1. Wear resistance. The wear resistance of materials is one of the most important properties of die parts.

2. Strength and toughness. The toughness of connector die fittings mainly depends on the carbon content, grain size and structure of the material.

3. Corrosion resistance

What are the characteristics of precision connector mold parts?



Corrosion resistance, wear resistance and toughness are the three major characteristics of die parts, but the current yizebts18 production requirements are getting stricter and stricter. These three characteristics alone can not meet the application of mold parts in production. So, what characteristics do new mold parts need to possess?

1. Fatigue fracture resistance. The fatigue fracture resistance of die parts depends on its strength, toughness, hardness and the process and material for making die parts.

2. High temperature resistance. High temperature resistance is one of the basic properties required for die parts at present.



The above YIZE MOULD simply explains the characteristics of precision connector mold parts for you. As a professional precision connector mold parts supplier, the mould products produced by the company since its inception are deeply trusted by customers at home and abroad. The products are sold all over the world. If you need to order mold parts, please remember to contact us at any time!

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About The Relevant knowledges of EDM Technology

As we all know, dies are also a basic industry for the development of a country. Many products produced in batches are inseparable from dies, and EDM is one of the most important technologies for manufacturing dies.Today we will talk about the relevant knowledges of EDM technology.



Technical Characteristics of EDM:
1. High energy density of pulse discharge makes it easy to process special materials and workpieces with complex shapes that are difficult to be processed or cannot be processed by common machining methods. It is not affected by material hardness and heat treatment condition.


2. The duration of pulse discharge is very short, the range of heat conduction and diffusion is small, and the range of material affected by heat is calibrated.


3. Tool electrodes are not in contact with workpiece materials during processing, and the macro-force between tool electrodes and workpiece materials is not required to be harder than that of workpiece materials. Therefore, tool electrodes are easy to manufacture.


4. It can reform the structure of the workpiece, simplify the processing technology, improve the service life of the workpiece and reduce the labor intensity of the worker.

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Characteristics of EDM:
1.EDM with simple feed motion relative to the workpiece by means of forming tool electrodes;
2.Using axially moving wire as tool electrode, the workpiece trajectories according to the required shape and size to cut yizebts18 conductive materials by WEDM.
3.EDG with wire or shaped conductive grinding wheel as tool electrode for small hole grinding or shape grinding.



The above are the relevant knowledges of EDM technology.In short, as a new processing technology, EDM will occupy a place in the future. Because its energy is electricity, compared with coal, natural gas, oil and other difficult to renewable resources for energy production equipment is undoubtedly an advantage!



If you want to know more about the relevant knowledges of EDM technology,you can contact us at anytime!YIZE MOULD is ready to serve you!

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How to find a suitable jig and fixture processing supplier?

Nowadays, with the development of domestic manufacturing industry, it is easy to find several mould processing factories, but how to find the suitable jig and fixture processing supplier that meet their own processing needs? Let's talk about it today.~



1. Size of suppliers

There are two extremes to avoid, that is, don't choose a large and very small processing plant for jig and fixture processing. Ideally, it's the same size as your company, yizebts18 your price is attractive to him, or your company can establish a long-term cooperative relationship with him.

How to find a suitable jig and fixture processing supplier?



2.Supplier's productivity and quality of jig and fixture



3.Planning and quotation of suppliers

Before establishing a partnership, suppliers should be asked to list in detail the project yizebts17 cycle and time nodes of jig and fixture processing, such as how long it takes for technical exchanges and what to do. yizebts16 How long does it take to cut, roughen, finish, heat treatment, finish grinding, etc.



4.Supplier's project management capability

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About the features of tungsten carbide mold parts

Mould parts stand at the top of hardware parts because of their high precision and high quality requirements. It is hot emerging industries. Among them, the heat of tungsten carbide has been unchanged. Today we will look at the features of tungsten carbide mold parts.



Tungsten steel, also known as cemented carbide, refers to sintered composite materials containing at least one kind of metal carbide. The classification of high speed steel&tungsten steel is carried out according to ISO standard. This classification is based on the strength and corrosion resistance of the bonding phase components of the material types of the workpiece.

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The features of tungsten carbide mold parts are as follows:
1. High density
2. High Strength
3. High hardness

4. Good red hardness
5. Good wear resistance



The main application of tungsten resources is also cemented carbide, which is tungsten steel. Cemented carbide,yizebts16 known as the teeth of yizebts18 modern industry,combined with the features of tungsten carbide mold parts, tungsten steel products are widely used.

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Carbide tungsten parts manufacturing platform--YIZE MOULD

As we all know, in recent years, the development of the mould industry is much worse than before, many mould manufacturers are facing bankruptcy. As a carbide tungsten parts manufacturing platform, our company has also experienced an unprecedented sense of crisis in recent two years. If we want to survive in the battle of normal survival, the first thing is to improve our professional and technical level.



To this end, we have made a lot of efforts. From the implementation of last year's reorganization to the implementation of this year's zero yizebts18 scrap plan, our management yizebts17 system has been improved, I believe that this is also one of the many effective ways to improve the quality of precision carbide tungsten parts.

Carbide tungsten parts manufacturing platform--YIZE MOULD



Of course, we are not only limited to a certain product, if we want to develop in the long run, we must develop a new business. In addition to the carbide tungsten parts manufacturing platform, we are also preparing for the carbide tungsten parts machining industry.



We are not only a carbide tungsten parts manufacturing platform, but also have some experience in non-standard circular parts and precisioh carbide tungsten parts. We believe that in the near future,yizebts16 tungsten steel circular parts will also occupy a place in the market. In the future, we can work together!

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Advantages of precision round parts processing automation

With the development of science and technology, precision round parts processing automation technology is an important part of mechanical manufacturing technology. Today, let's look at the advantages of precision round parts processing automation. It is a technology which involves a wide range of areas and is active in research in the field of mechanical engineering. It has become one of the important means for precision round parts industry to gain competitive edge in the market.



Precision round parts processing automation has the following advantages:

1. Improving the competitiveness of enterprises

2. Processing efficiency and cost reduction

3. Shorten delivery time

4. Improving quality

Advantages of precision round parts processing automation



5. Reduce dependence on human resources

6. Reduce labor

7. Reduce human differences and errors

8. Improving the Corporate Image



Like other enterprises, processing enterprises are facing increasingly fierce market competition. It is urgent to improve the ability to adapt to rapid changes in yizebts18 the market. Precision round parts processing yizebts16 automation technology is animportant means to improve the yizebts17 business level, production efficiency and product quality of mould processing enterprises.

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Talking about the core pins and sleeves machining technology

Mold manufacturing is a very important industry. The development of many new products are largely dependent on die production. Today we will talk about the core pins and sleeves machining technology.



Core pins and sleeves manufacturing usually has complex structure characteristics, so yizebts16 there are high requirements for all kinds of data, accuracy and so on. Using traditional core pins and sleeves machining technology, there are many human factors, and the processing accuracy is difficult to be guaranteed.

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With the development of technology, the application of CNC machining technology in the core pins and sleeves processing industry can effectively improve the accuracy and quality of the die, and at the same time, make the whole mold parts manufacturing industry more diversified development.



Mold manufacturing is a very important industry, which has irreplaceable importance in the field of mechanical manufacturing. The requirement of precision of mold is very yizebts17 high, so in die manufacturing, the technical level should be improved to ensure the quality of die. Increasing research yizebts18 on core pins and sleeves machining technology can further improve the technological level so that further improve the precision and quality of die manufacturing.

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About the fastening method of precision stamping mold parts

Today we'll look at the fastening method of precision stamping mold parts.



There are eight fastening method of precision stamping mold parts:

1.Fastener Fixation Method:Parts are usually connected by positioning pins and screws.

2.Pressing method: characterized by strong and reliable connection, used for assembling punches with large unloading force.

3.Riveting method: a groove is cut along the outer contour of the punch. The groove depth can be determined by the working condition of the precision stamping mold parts. Then the die is loaded into the fixing plate. Finally, the punch is extruded with the fixing plate material around the punch.

4.Hot jacket method: the fit of die jacket and concave module adopts larger interference. When the connection of over-crown fit only plays a fixed role, the over-crown yizebts16 should be smaller, and the over-crown should be larger when the prestress of the connection is increased.

About the fastening method of precision stamping mold parts



5.Welding method: Mainly used for equipment of carbide punch and concave die, brass solder, slow cooling after welding.

6.Low Melting Point Alloy Method: Low Melting Point Alloys expand in volume during condensation and use this characteristic to fix parts.

7.Epoxy resin bonding method: After hardening, it has strong bonding force to metal and yizebts17 non-metal, high bonding strength, good chemical stability, and simple bonding method with small shrinkage. However, the hardness is low and high temperature resistant, generally less than 100 degrees.

8.Inorganic bonding method: Phosphoric acid solution with aluminium hydroxide is mixed quantitatively yizebts18 with copper oxide powder. The bonding strength is high, the wear resistance is good, but the impact resistance is poor, and the acid and alkali resistance is not good.



If you want to know more about the fastening method of precision stamping mold parts, please follow YIZE MOULD!

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About characteristics of stamping mold parts processing

Cold stamping plays an important role in modern industrial production because of its technical and economic peculiarities. Today, YIZE MOULD will introduce the characteristics of stamping mold parts processing.



The characteristics of stamping mold parts processing are as follows:
（1）High productivity and simple operation. High-speed punch can produce hundreds or thousands of pieces per minute.
（2）Generally, no cutting is needed to save raw materials and energy.
（3）The dimension tolerance yizebts16 of stamping mold parts is guaranteed by punching yizebts18 die, and the product dimension is stable and the interchangeability is good. "Exactly the same"
（4）Stamping mold products have thin wall, light weight and good stiffness. They can process complex shapes ranging from clocks and watches to automotive longitudinal beams and panels.

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It's limitations: Mold manufacturing is a small batch production, high precision, technology-intensive products, high manufacturing costs. Therefore, stamping mold parts processing is only suitable for mass production.



Have you already understood the characteristics of stamping mold parts processing?It can be said that the level of development of a country's mold industry can reflect the degree yizebts17 of modern industrialization in this country. For a region as well, we must continue to research and innovate, and strive to contribute to the development of the stamping die accessories industry!

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How to improve wear resistance of jig and fixture

Jig and fixture have good performance and are widely used in the mold parts processing industry. In order to maximize its value, today we will discuss how to improve the wear resistance of jig and fixture.



Generally speaking, the most effective and direct way to improve the wear resistance of jig and fixture is titanium plating processing - surface life, hardening, value-added and wear resistance, corrosion resistance, etc.



The surface of precision weighing die coated with vacuum coating can have very low friction coefficient, which reduces the yizebts16 processing force. Cold stamping and drawing dies coated with vacuum coating can significantly reduce friction and scratch yizebts17 and wear during processing. Therefore, it can increase the life span and reduce the cost substantially.



Advantages:

1.Reduce friction coefficient, reduce processing force, improve surface hardness, greatly prolong die life.

2.In the process of using the die, the problem of early failure is often solved.

3.Make the best of the workpiece to play a full role.

4.Vigorously improve the quality (such as surface roughness, accuracy, etc.) and the yizebts18 service life of mold parts, so as to make them play the potential of products effectively.



Above is how to improve the wear resistance of jig and fixture and its advantages. If you want to know more wonderful content, please follow YIZE MOULD!

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The commonly used precision mold parts machining methods

Machining methods are widely used in mold making. For working parts of molds such as punches and dies, even if processed by other processes, some processes are still performed by mechanical processing.Let's take a look at the precision mold parts machining.



Regarding the traditional processing methods of precision mold parts, according to the structural requirements of the mold yizebts16 design and the equipment conditions of the factory, there are roughly the following situations:
(1) Machining mold parts with general-purpose machine tools such as car, milling, planing, yizebts17 drilling, grinding, etc., and then performing the necessary fitter repair and assembly into various molds.


(2) For mold parts with high precision requirements, it is difficult to ensure high machining accuracy by ordinary machine tools, so it is necessary to use precision machine tools for processing.

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(3) In order to make the machining of the precision mold parts, especially the convex and concave model holes and the cavity with complicated shape, and reduce the workload of the fitter, it is necessary to use CNC machine tools (such as three-axis CNC milling machine, machining center, CNC grinding machine). Come and wait for equipment) to machine mold parts.



The commonly used precision mold parts machining methods as follows:
1.Turning
2.Lathe
3.Planing processing
4.Drilling and boring



Different precision mold parts machining methods have their own characteristics, if you want yizebts18 to know more, you can follow YIZE MOULD,and we will bring you the latest industry information!

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