Standard mechanical processing

Standard mechanical processing
The mechanical machining process includes important steps for mechanical products to be created. So what are the steps to be performed in the mechanical processing process? Let’s find out with us!

What is mechanical processing?

For factories specializing in the production of mechanical products, in order to create these products, the engineer needs to perform a very complicated process.
The details, the workpieces will be fabricated in the workshops to be processed on the mechanical equipment. Including tools such as: turning, drilling, milling, planing, cutting, .. to be able to manufacture products according to the requirements in terms of form and quality.
Accordingly, mechanical processing processes are processes that humans use that can turn materials into finished products. A machining process will include many sub-processes such as:

– Making embryos
– Machining and cutting
– Heat processing
– Crafting and restoring tools
– Assembly and repair
– Transportation of mechanical products.
Steps in a mechanical machining process
The mechanical machining process is clearly established so that engineers can rely on it to complete the delivered product. The mechanical processing process will include:
Step 1: proceed to create design drawings
Not only do machining, technicians need to receive drawings, then study carefully for each drawing. During the research process, you need to learn about the function of each part and each detail in order to classify the details in the drawing so as to fulfill the technical requirements and ensure the technology to have Can create detailed drawings.
Step 2: determine the form of production
Currently, for mechanical processing, people can apply the following 3 types of processing:
– Single production form for each mechanical product. For this form, the products will be made meticulously, so that the quality of the product is also more assured. However, the disadvantage will be the long production time and the long production time
– The advantage of this form of mass production is that it makes the machining process quick. Besides, it also has the disadvantage of not guaranteeing the quality of the product
– Mass production, this type of production brings more stable economic efficiency than the above two forms of production
Step 3: Selection of embryos and methods of making embryos
In order to be able to create details to ensure that the technical requirements and economic factors are met, the engineers conducting the design of the embryogenesis process will have to select the appropriate methods to obtain the results. can manufacture embryos. At the same time, the designer also needs to determine the appropriate dimensions for the workpiece

Step 4: Determine the order of steps to choose the price diagram so that it can be placed in the operations. Then proceed to deploy high-tech options to be able to manufacture machine parts
These operations need to be properly defined in terms of sequence and steps to ensure complete machining. Then there are the shortest machine parts that can guarantee the quality of the machining.
Step 5: Select the equipment used for the operations
Your job is to choose the right equipment, tools and equipment, fixtures, etc. That is the biggest influence on quality, energy issues. productivity and cost when the worker performs specific mechanical processing steps.
Therefore, when conducting technological process design, process design engineers need to conduct careful analysis. Then it is necessary to consider, constantly conduct the determination to implement the selection of equipment effectively.

Step 6: The machining engineer needs to determine the redundancy for the operations.
Often, machining design engineers will offer many options, then compare to choose the most effective method. At the same time, it is possible to ensure the reasonableness in all different aspects.
Step 7: Select tools to perform measurement processing
In this step, the process designer will grasp the tools needed for the process being performed. That is what engineers who need to perform mechanical processing need to do to ensure the highest machining efficiency.
Step 8: Determine the mechanical processing modes for the work materials, determine

Step 9: the engineer conducts jigsaw manipulation or can also design the details for the jigs with the necessary materials.

Step 10: Machining engineers perform the job level for the operations.

Step 11: Carry out processing on machines

Step 12: Conduct a thorough quality check of the products for each of your workpieces. This is the last step and the most important step to decide whether the processed product is qualified or not.

Above is information about standard mechanical processing processes to help engineers or designers gain more experience and work effectively.

To understand more or have more related information, please contact us immediately.

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