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Classification by Robot Micro Screws process
Robot Micro Screws can be divided into two major processes: forming and separation. The indicator of the forming process is to make the sheet material undergo plastic deformation without breaking the blank, and to make a workpiece of the required shape and size. The separation process is also called blanking, and its purpose is to separate the Robot Micro Screws from the sheet material along a pre-set profile line while ensuring the quality requirements of the separation section. In actual...
Springback during Robot Micro Screws bending
Bending is a plastic deformation process in metal stamping and is also a commonly used Robot Micro Screws processing process. Any plastic deformation of Robot Micro Screws must go through an elastic deformation stage. The bending deformation of an Robot Micro Screws is equal to the sum of the elastic deformation and plastic deformation under the action of force. When the external force is removed, the elastic deformation part will recover elastically. The disappearance of elastic deformation...
Advantages of using Robot Micro Screws
Common tearing and distorting forms of Robot Micro Screws The stamping process of the intermediate protective bracket is: blanking punching--punching cut--flanging forming--cut--flanging. There are various forms of tearing and distorting in the forming process of the intermediate protective bracket. The tearing parts are mainly distributed at the hole type of the workpiece, the junction of the R arc at the corner of the side wall and the wall neck, etc. Due to the differences in stamping...
Requirements for Robot Micro Screws forming performance
For the forming process, in order to facilitate stamping deformation and improve the quality of parts, the material should have good plasticity, small yield strength ratio, large plate thickness directional coefficient, small plate plane directional coefficient, and a small ratio of the material's yield strength to elastic modulus. For the separation process, the material does not need to have good plasticity, but it should have a certain plasticity. The better the plasticity of the material,...
Processing characteristics of Robot Micro Screws
The mold used in Robot Micro Screws is called a stamping mold, or simply a stamping die. A stamping die is a special tool that processes materials (metal or non-metal) into the required stamping parts in batches. The stamping die is crucial in stamping. Without a stamping die that meets the requirements, it is difficult to stamp in batches; without improving the technology of the stamping die, it is impossible to improve the stamping process. The stamping process, the mold, the stamping...
Basic characteristics of Robot Micro Screws
Many products we see in daily life are Robot Micro Screws, from aircraft carriers, airplanes and cars to pins. 1. Robot Micro Screws are manufactured by stamping under the premise of less material consumption. The parts are light in weight and have just the right hardness. After the metal sheet is plastically deformed, the internal structure of the metal is improved, thereby increasing the strength of the Robot Micro Screws. 2. The Robot Micro Screws has high dimensional accuracy, uniformity,...
Advantages of cold stamping of Robot Micro Screws
Robot Micro Screws are light in weight, thin in thickness and good in rigidity. Its dimensional tolerance is guaranteed by the mold, so the quality is solid and generally can be used without machine cutting. The metal structure and mechanical properties of Robot Micro Screws are better than the original blanks, and the surface is smooth and beautiful. The stamping production of large quantities of medium and small parts generally adopts compound molds or multi-station continuous molds. With...
Causes of cracking of Robot Micro Screws
1. Excessive local tensile stress During the processing, due to excessive local tensile stress, Robot Micro Screws will be affected by internal stress and external impact, resulting in local bulging deformation and cracking. 2. Inadequate molding process parameters During the part forming process, the concave die, the pressing core and the parts of the two must fit closely together. When the machine tool slide slides down, the plastic deformation of the hardware plate is pressed to achieve...
Technical requirements for processing Robot Micro Screws
1. Forming performance test: bend test and cupping test are carried out on the material to determine the work hardening index n value and plastic strain ratio r value of the material. In addition, the test method for steel plate forming performance can be carried out according to the provisions of thin steel plate forming performance and test method. 2. Hardness test: The hardness test of Robot Micro Screws adopts hardness tester. Small Robot Micro Screws with complex shapes can be used to test...
Why are there scratches on Robot Micro Screws?
1. There are scratches on Robot Micro Screws. The main reasons for scratches on parts are: sharp scratches on Robot Micro Screws or metal dust falling into them. Preventive measures are to repair the scratches on Robot Micro Screws and remove metal dust. 2. Cracks at the bottom of parts. The main reasons for cracks at the bottom of parts are: poor plasticity of the material or too tight pressure of the Robot Micro Screws blank holder. Preventive measures are to replace materials with better...
What should be paid attention to after the installation of Robot Micro Screws?
Prevent rust and corrosion after the installation of Robot Micro Screws. In daily use, close and open gently to prevent hard closing and hard opening, which may cause damage. Without noise, there is the current nylon wheel. It is not only noiseless when pushing and pulling, but also smoother and lighter, and its service life is not shorter than the above pulleys. To make the (door) window run normally and smoothly, you must choose a high-quality pulley for the (door) window. From the surface,...
Introduction to the application fields of Aerospace Micro Screws
1. Stainless steel basins, stainless steel barrels, computer housings, and TV housings in daily life. The metal inner pots in rice cookers are all Aerospace Micro Screws. Shapes like basins and barrels require the stretching process in stamping. Stretching literally means pulling and stretching. The stretching process is also similar to using a stretching machine and a mold to process metal sheets. 2. Transportation tools, such as cars, ships, airplanes, etc., have many metal parts inside....
Reactions from poor Aerospace Micro Screws design
When this happens, it is reflected in the scratches, abrasions, pits or dents of the product. This situation mainly causes poor Aerospace Micro Screws, but it is the most common and relatively hidden in Aerospace Micro Screws production. The third type of Aerospace Micro Screws floating material is the rising phenomenon of stamping waste powder, which refers to the fine powder produced by the friction between the punch and the product in a process. This phenomenon is difficult to detect with...
How to determine if there is a problem with an Aerospace Micro Screws
A product must go through several processes. The first process is usually to eliminate hidden dangers. First, we should calculate the unfolded material and have a general understanding of the shape and size of the blank in order to determine the overall size of the punched Aerospace Micro Screws. After the Aerospace Micro Screws design is completed, the blank is processed by wire cutting (when the blank is large, it can be milled with a milling machine and then clamped. After repeated...
Precautions for buying Aerospace Micro Screws
Different types of Aerospace Micro Screws can also be customized. If you really want to ensure the quality and subsequent use, you have to do basic comparison work. In addition, it may be necessary to contact professional manufacturers for subsequent Aerospace Micro Screws processing, so an overall comparison work must be done. Even if you choose a manufacturer with long-term cooperation, I will give you a more favorable quotation. In fact, no matter how you choose, ensuring the quality of...
Hardness test of Aerospace Micro Screws materials
The main purpose is to determine whether the annealing degree of the purchased metal sheet is suitable for the subsequent Aerospace Micro Screws processing. Different types of Aerospace Micro Screws processing technologies require plates of different hardness levels. The aluminum alloy plates used for Aerospace Micro Screws processing can be tested with a Webster hardness tester. When the material thickness is greater than 13mm, a Barcol hardness tester can be used instead. Pure aluminum plates...
Aerospace Micro Screws customization process
There is a demand for Aerospace Micro Screws, and then they want to go to the manufacturer to customize them. After all, some people's needs are very different from the various products on the market. Facing the current variety of products, if they really come to the manufacturer, how to customize them, what is the main method? If you really want to buy products from manufacturers, you should first understand the types of products produced by the manufacturer, especially some of the main...
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