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Operational safety of CNC machining metal parts
CNC machine tools are advanced processing equipment with a high degree of automation and a more complex structure. In order to give full play to the superiority of machine tools, improve production efficiency, manage, use, and repair CNC machine tools, the quality of technical personnel and civilized production are particularly important. In addition to being familiar with the performance of CNC machine tools, operators must also cultivate good working habits and rigorous work styles in civilized production, and have good professional qualities, sense of responsibility and spirit of cooperation. The following should be done during operation:
Category: CNC milling services
Tags: CNC machining, CNC Milling
Civilized production of CNC machining hardware parts
CNC machine tools are advanced processing equipment with a high degree of automation and a more complex structure. In order to give full play to the superiority of machine tools, improve production efficiency, manage, use, and repair CNC machine tools, the quality of technical personnel and civilized production are particularly important. In addition to being familiar with the performance of CNC machine tools, operators must also cultivate good working habits and rigorous work styles in civilized production, and have good professional qualities, sense of responsibility and spirit of cooperation. The following should be done during operation:
⑴ Strictly abide by the safe operation regulations of CNC machine tools. Do not operate the machine without professional training.
⑵ Strictly abide by the commuting and shifting system.
⑶ Use and manage the machine well, and have a strong sense of work responsibility.
⑷ Keep the environment around the CNC machine tool clean and tidy.
⑸ Operators should wear work clothes, work shoes, and no dangerous decorations.
Operating Regulations of CNC Machining Hardware Parts
In order to use CNC machine tools correctly and rationally, reduce the incidence of failures, and the operation methods. The machine tool can only be operated with the consent of the machine tool manager.
⑴ Precautions before turning on the CNC machine tool
1) The operator must be familiar with the performance and operation methods of the CNC machine tool. The machine tool can only be operated with the consent of the machine tool manager.
2) Before turning on the machine, check whether the voltage, air pressure, and oil pressure meet the working requirements.
3) Check whether the movable part of the machine tool is in a normal working state.
4) Check whether the workbench has an offside or limit state.
5) Check whether the electrical components are firm, and whether there is any wire off.
6) Check whether the ground wire of the machine tool is reliably connected to the ground wire of the workshop (especially important for the first startup).
7) Turn on the main power switch only after the preparations before starting the machine have been completed.
⑵ Precautions during the startup process of CNC machine tools
1) Operate strictly in accordance with the startup sequence in the machine tool manual.
2) Under normal circumstances, you must first return to the machine reference point during the startup process to establish a machine tool as a standard system.
3) After starting the machine, let the machine run dry for more than 15 minutes to make the machine reach a balanced state.
4) After shutting down, you must wait for more than 5 minutes before starting up again. If there is no special situation, do not start or shut down frequently.
⑶ Precautions for the debugging process of CNC machine tools
1) Edit, modify and debug the program. If it is the first piece of trial cut, dry run must be performed to ensure that the program is correct.
2) Install and debug the fixture according to the process requirements, and remove the iron filings and debris on each positioning surface.
3) Clamp the workpiece according to the positioning requirements to ensure correct and reliable positioning. Do not loosen the workpiece during processing.
4) Install the tool to be used. If it is a machining center, the tool position number on the tool magazine must be strictly consistent with the tool number in the program.
5) Perform tool setting according to the programmed origin on the workpiece to establish the workpiece coordinate system. If multiple tools are used, the remaining tools will be compensated for length or tip position respectively.
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When machining on a CNC machine tool, manual tool control is not required, and the degree of automation is high. The benefits are obvious.
⑴ Reduced technical requirements for operators:
A senior worker of ordinary machine tools cannot be cultivated in a short time. However, the training time for a CNC employee who does not need programming is very short (for example, a CNC lathe worker only needs one week, and he will write simple processing programs). In addition, the parts processed by CNC workers on CNC machine tools have higher precision than those processed by ordinary workers on traditional machine tools, and it takes less time.
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CNC Milling is a manufacturing process in which preprogrammed computer software dictates the movement of factory tools and machines. Rapid Prototypes or Production Parts – We have the right CNC Milling options for your plastic or metal part production needs. The method can be used to control a number of complex machines, from grinding machines and lathes to mills and routers. With CNC Milling, three-dimensional cutting tasks can be performed in a single set of prompts.
Die-Cast Aluminum, Copper, Stainless Steel Parts
Die casting is a die casting part: Using the pressure casting machine with the casting mold installed, the metal such as copper, zinc, aluminum, stainless steel or aluminum alloy heated to a liquid state is poured into the casting mold of the die casting machine for die casting. Casting copper, zinc, aluminum or aluminum alloy parts of the shape and size limited by the mold, such parts are often referred to as die casting parts. Die-casting parts are called differently in different places: such as die-casting parts, die-casting aluminum, die-casting zinc parts, die-casting copper parts, aluminum alloy die-casting parts, etc.
Milling Machine and Milling Technology
Milling refers to the use of rotating multi-edge tools to cut workpieces, and is a highly efficient processing method. When working, the tool rotates (does the main movement), and the workpiece moves (the feed movement). The workpiece can also be fixed, but the rotating tool must also move (to complete the main movement and the feed movement at the same time). The machine tools used for milling are horizontal milling machines or vertical milling machines, as well as large portal milling machines. These machine tools can be ordinary machine tools or CNC machine tools. Use a rotating milling cutter as a cutting tool. Milling is generally performed on a milling machine or a boring machine. Suitable for processing plane, grooves, various molding surface (flower key, gear and thread) and special shaped surface of the mold and the like.
Stainless steel precision casting manufacturer
Stainless steel precision casting is also called investment casting, silica sol process. It is a casting process that requires less cutting of parts or no machining. It is an excellent process technology in the foundry industry, and its application is very wide. Not only is it suitable for casting of various types and alloys, but the dimensional accuracy and surface quality of the produced castings are higher than other casting methods. Complex, high-temperature resistant, difficult-to-process castings can be cast by investment casting.