2017-04-21
Our company has obtained the title of A- level enterprise with tax credit.
Recently, I learned from the Yingtan Municipal State Taxation Bureau that our company has become one of 64 Yingtan Municipal Tax Credit Class A taxpayers in 2016, which can be found on the official website of the Yingtan Municipal State Taxation Bureau.
2017-04-05
What are the advantages of CNC precision parts processing
In the machining industry, the machining accuracy often determines the quality of the machined parts to a large extent, and CNC precision parts processing itself is a very demanding processing means, its relative traditional processing methods can achieve better results, there are many other processing methods do not have the advantage, so what are the advantages of CNC precision parts processing? The following editor will give you a brief introduction: 1. Multi-axis control linkage: Generally, three-axis linkage is used the most, but through some adjustments, four-axis, five-axis, seven-axis and even more linkage axes can be achieved. Machining center.
2017-04-01
Surface treatment process of precision parts
Precision parts require high strength and toughness in actual work. Its working performance and service life are greatly related to its surface performance. The improvement of surface performance cannot be achieved solely by materials, and it is also very uneconomical. However, in actual processing, its performance must reach the standard. At this time, surface treatment technology is needed, which can often achieve twice the result with half the effort, in recent years, this technology has also been rapid development. In the field of mold surface treatment, mold polishing technology is a very important link, and it is also an important process in the process of workpiece processing. The surface treatment process of precision parts is very important in the processing process, so what are the surface treatment processes of precision parts?
How to improve the quality of precision parts processing
Precision parts processing needs to produce high-quality and stable products, so how to improve the quality of precision parts processing in the production process. Mechanical processing must have excellent technology to do well, as we all know that mechanical processing is the same fine work. The production process is very tested. Even if it can be done well, it will take a long time. If you don't have a good start at the beginning, it is easy to lose all your efforts.
30
2017/03
Factors Affecting the Machining Accuracy of Precision Parts
As we all know, the reason why the processing of precision parts is called precision machining is precisely because its processing procedures and process requirements are very high, and the accuracy requirements for products are very high. The processing accuracy of precision parts includes the accuracy of position, The accuracy of size, the accuracy of shape, etc, the general manager of Ruisheng Technology combined with the company's more than ten years of production and processing experience for us to summarize the following factors affecting the machining accuracy of precision parts:(1) the spindle rotation of the machine tool can produce certain errors in the machining accuracy of the parts.
30
2017/03
There are three different ways of boring
The workpiece rotates and the tool moves in feed. Boring on the lathe mostly belongs to this boring method. The technological characteristics are: the axis of the hole after processing is consistent with the rotation axis of the workpiece, the roundness of the hole mainly depends on the rotation accuracy of the spindle of the machine tool, and the axial geometry error of the hole mainly depends on the position accuracy of the tool feed direction relative to the rotation axis of the workpiece. This boring method is suitable for machining holes with coaxiality requirements on the outer surface.
22
2016/03
How to choose the right tool when processing aluminum
Due to the special characteristics of aluminum, no matter what kind of machine tool is used, it is often unsatisfactory in terms of efficiency, life, and workpiece gloss. Therefore, how to choose the right tool and processing technology in the processing of aluminum has become a concern.
22
2016/03
(1) The cutting fluid should have no irritating odor and no harmful additives to the human body to ensure the safety of users. ⑵ The cutting fluid should meet the requirements of equipment lubrication and protection management, that is, the cutting fluid should not corrode the metal parts of the machine tool, do not damage the machine tool seals and paint, and will not leave hard colloidal deposits on the machine tool guide rails to ensure the safety of the equipment And normal work. The cutting fluid should ensure the role of anti-rust oil between the workpiece processes and not rust the workpiece. Sulfur-containing cutting fluids should not be used when machining copper alloys. Cutting fluid with neutral PH value should be used when processing aluminum alloy.
22
2016/03
Cutting conditions for difficult-to-machine materials
The cutting conditions of difficult-to-machine materials have always been set relatively low. With the improvement of tool performance, the emergence of high-speed and high-precision CNC machine tools, and the introduction of high-speed milling methods, at present, the cutting of difficult-to-machine materials has entered a period of high-speed machining and long tool life. Now, the use of small cutting depth to reduce the cutting edge load, which can improve the cutting speed and feed rate of processing, has become the best way to cut difficult-to-machine materials. Of course, it is also extremely important to choose tool materials and tool geometries that adapt to the unique properties of difficult-to-machine materials, and to optimize the cutting path of the tool.
22
2016/03
Problems that should be paid attention to in the cutting of difficult-to-machine materials
The cutting process is roughly divided into turning, milling and cutting with center teeth (end cutting of drills, end mills, etc.), and the cutting heat of these cutting processes has different effects on the edge. Turning is a kind of continuous cutting, the cutting force borne by the edge tip has no obvious change, and the cutting heat continuously acts on the cutting edge. Milling is a kind of intermittent cutting, the cutting force acts on the edge tip intermittently, vibration will occur during cutting, and the heat influence on the edge tip is the alternating heating during cutting and cooling during non-cutting, and the total heat is less than that during turning.
22
2016/03
Ruisheng Technology Decrypts How to Define Precision Machining
We may have a different understanding of precision machining. How to understand precision machining? How to define precision machining? What is the definition of precision machining? Ruisheng Technology believes that the definition of precision machining is to complete the final processing of each main surface according to steps, including workpiece parallelism, surface finish, surface perpendicularity, surface hardness, etc., so that the machining accuracy and surface quality of the parts can meet the requirements of the drawings.
22
2016/03
Focus on precision manufacturing for 20 years · One-stop service for precision components
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