Parts & Components Definition
A part is a single component that cannot be split. A part is a combination of parts that realize a certain action or function. A part can be a part or a combination of several parts. Assembly often has a main part, to achieve the established action or function, other parts only play the connection, fastening, guiding and other auxiliary role. In general, all parts and components except the frame are referred to as parts. Electronic components can be considered as the main components of electronic equipment. According to the technical nature of the parts classification, can be divided into mechanical parts, electronic components, electromechanical integration parts.
The type of Parts & Components
Industrial Machinery Parts
Various parts, components, assemblies and accessories used in mechanical maintenance are called accessories. Accessories do not include random tools.
1.Parts: a machine is thoroughly decomposed, until the most basic unit can no longer be decomposed called parts. Such as engine piston, piston pin, valve tappet, piston ring, etc.;
2.Components: Components consist of a number of components. It is an integral part of machinery, but it does not have independent function;
3.Assembly: assembly is composed of parts and components. It has a strict assembly relationship with the whole machine. The assembly can test performance parameters individually.
Auto parts are the units that constitute the whole processing of auto parts, as well as the products that serve the processing of auto parts. Including engine parts, transmission parts, braking parts, steering parts, walking parts, electrical instrument parts and so on.
As the foundation of automobile industry, auto parts are the necessary factors to support the sustainable and healthy development of automobile industry. In particular, the independent development and innovation carried out in the automobile industry with vigour and vitality needs a strong parts system as support. The independent innovation of parts and components has a strong driving force for the development of the vehicle industry. They influence each other and interact with each other. Without the independent brand of the vehicle, the R&D and innovation ability of the strong parts system is difficult to burst out.
CNC machining parts
CNC machine tool is a very important type of processing equipment in the manufacturing industry, because the parts manufacturing industry needs a large number of metal and plastic parts for high precision processing operation, processing workpiece is usually complex shape. Various CNC machine tools have the advantage of multiple axes that can be adjusted to difficult angles and help manage hard-to-cut materials.
CNC machine tools can continuously produce complex, multi-dimensional metal and plastic parts in a variety of shapes and sizes. It provides efficient, convenient and accurate production capacity. There are many types of CNC machine tools, such as CNC grinder, CNC lathe, CNC vertical milling machine, CNC machining center and so on.
Agricultural Machinery Parts
Agricultural machinery parts more general summary and agricultural production related machinery parts, covering a wide range. With the improvement of agricultural mechanization degree, the kinds of agricultural machinery accessories are many, very rich, showing great potential and vitality. Such as: tractor power machinery accessories, tires, bucket, etc., harvester including potato harvester, peanut harvester, agricultural machinery (pear. Take plough as an example, plough includes disc plough, share plough and animal plough. The components of these complete machines include plough tip, plough leg, plough share and plough piece, etc. Related to the industry, the production of supporting product accessories can be called agricultural machinery accessories.
Features of industrial machinery parts
Machining is a process in which the dimensions or properties of the workpiece are changed by machining machinery. According to the temperature state of the workpiece being processed, it is divided into cold processing and hot processing. Generally processed at room temperature, and does not cause chemical or phase changes in the workpiece, called cold processing. Generally higher or lower than normal temperature processing, will cause the workpiece chemical or phase changes, called hot processing. Cold machining can be divided into cutting machining and pressure machining according to the difference of processing methods. The common hot work is heat treatment, calcination, casting and welding.
In addition, hot and cold treatment is often used in assembly. For example, when bearings are assembled, the inner ring is often put into liquid nitrogen to cool it to shrink its size, and the outer ring is properly heated to enlarge its size, and then it is assembled together. The outer rings of train wheels are also heated and attached to the substrate, allowing them to be securely attached when cooled (this method is still used in the assembly of some parts).
Process of industrial machinery parts
Machining is a term used to describe various processes in which a cutting tool removes unwanted material from a part to produce a specific shape or surface. There is no doubt that the industrial sector uses the most workshop machined parts, especially in manufacturing production and mechanical equipment. Shafts and gears are just a few examples of parts commonly used in the field and produced using a variety of machining techniques.
The following is an overview of the most common industrial processes.
1.Turning, very suitable for processing cylindrical workpiece. Turning is probably the most common industrial processing process used to produce parts for the industrial sector.
2.Milling, which can be used in many machining operations. Milling is a process that uses a rotary cutter to remove material.
3.Drilling, used to drill very precise holes. Drilling is the use of a drill bit to create cylindrical holes in a piece of solid material. It is one of the most important precision industrial processing techniques.
In conclusion, even though these processes are the most commonly used in the industrial sector, several other industrial processing techniques can still be used to manufacture machine parts of various shapes and sizes.
Features of automotive parts
One of the outstanding advantages of automobile parts is that they have the characteristics of light weight and high strength. This feature is especially advantageous for large cars, which can subtract a lot of self-weight.
2.Excellent comprehensive physical and chemical properties
Another advantage of auto parts is that they have multiple functions and can be used for special occasions. Plastics have good performance and are processed into a variety of automotive interior and exterior trim parts requiring a variety of properties and functions.
3. Decorative effect
The outstanding advantage of automobile parts is the decorative effect. It can be processed into a complex shape and a variety of colors.
4.Good processing performance
Due to the plasticity of auto parts and good compatibility with other materials, different material components can be used, with the help of a variety of modern molding processing machinery, through a variety of methods into a variety of different shapes, different performance, different colors, different functions of the auto parts.
Features of CNC machining parts
First of all, CNC machine parts processing production efficiency is higher. Machining of machine parts can handle multiple surfaces simultaneously. Compared with ordinary lathe processing, can save a lot of processing procedures and time, CNC machining parts quality is more stable than ordinary lathe.
Machining of machine parts plays an irreplaceable role in the development of new products. In general, it is possible to deal with parts of varying complexity programmatically, while modifying and updating the design only requires changing the program of the lathe. Greatly shorten the product development cycle.
The automation degree of machine parts processing is very high, which greatly reduces the manual labor intensity of workers. Workers do not need to control the whole process like ordinary lathes in the machining process, mainly in order to observe and supervise the lathes. However, the technical content of CNC machining is higher than that of ordinary lathe, so it needs higher mental labor than ordinary lathe. The initial investment is greater than ordinary lathes because the price of CNC lathes is very high, their maintenance costs and machining preparation time is longer.
So find the right machine parts processing plant, can complete a series of processing requirements, but also ensure the precision and accuracy of machine parts processing.
Process of CNC machining parts processing
In order for a computer to perform the desired function accurately, it needs to have specific instructions for it to follow.
First, you have to figure out the size of the material you’re using and program it. This prevents the drill from going too deep or missing the material entirely. There must also be a specific path for the drill to follow when cutting. Fortunately, instead of typing in every code for size and curvature yourself, there are computer programs like Aspire that do it.
The benefit of the programming process is that the code can be stored on the computer to continue precisely mass-producing the product.
First, you need to find the center of the material you’re using. For rectangular or square objects, draw an “X” with a straight edge from each corner to the opposite corner to find the center point.
Second, the material must be completely fixed and laid flat on the CNC workbench. This is not only to ensure that the board does not move for precise cutting, but it is also a safety issue to prevent the board from flying off the table top.
Finally, a bit suitable for the desired cut needs to be installed. Any router has thousands of bits of different sizes and shapes. It can be tricky, but there are many ways to find the right router bits.
3. Cutting technology
After you set up the program and secure your materials and press the Start button, the machine will do the rest.
The rapidly rotating milling cutter will follow the instructions in the code to create the desired product.
Features of agricultural machinery parts
An excellent agricultural machinery cannot be separated from these characteristics:
1. Significantly improve labor productivity and operation quality;
2. Promote the implementation and development of stimulation measures;
3. Save time on the condition of not violating the farming season;
4. Improve labor conditions;
5. Economical and practical.
At present, there are still many problems in the conventional agricultural machinery and equipment on the market, waiting for professional personnel to solve.
Process of agricultural machinery parts
Agricultural machinery manufacturing process according to its process flow, there are blank manufacturing, parts processing, assembly and coating and other processes.
1. Blank manufacturing process
The main casting, forging, stamping, welding and powder metallurgy. The casting process is suitable for a wide range, low production cost and occupies a large proportion in agricultural machinery manufacturing.
2. Parts processing technology
The process by which parts are processed from blank to specified shapes and dimensions, including cutting, special processing and heat treatment.
3. Assembly process
In component assembly and total assembly, parts generally need to go through the process of cleaning, connecting, adjusting or repairing, testing and so on.
4. Coating process
Air spray painting electrostatic spray painting and electrophoretic paint are commonly used in agricultural machinery manufacturing.
What is the high quality and reliable precision parts manufacturer?
1.There are many process management and control projects, and the process management is standardized and meticulous, and the scope is strictly quantified
2.Strictly implement the process
3.Pay attention to development and creativity, and develop high-tech castings with higher intangible value
What is the high quality machine parts manufacturer and suppliers?
High quality machine parts manufacturers and suppliers include the following aspects:
1.The material selection standards of mechanical parts should meet the requirements of performance, and at the same time, the technological performance and rationality of materials should be fully considered.
2.Manufacturing process of mechanical equipment, analyzing drawings of machined parts, and clarifying production and processing methods.
3.Quality inspection, including appearance inspection and total project acceptance.