CNC machining method of mechanical parts
A numerical control machining method, comprising the following steps: Provide the machining program curve P0 Pn required by the CNC machining equipment, and the machining program curve P0 Pn includes at least two
New technology and method to improve the quality of 6061 vacuum brazing
This method can effectively promote the removal of air oxide film and further improve the qualification rate of product welding. This method selects the following technical standards to be able to better carry out the above purposes: it includes surface solutions, rust prevention, cleaning, assembly and welding;
Titanium-aluminum alloy vacuum diffusion welding test method
The atomic ratio of Ti3Al used in the experiment is Ti-23Al-17Nb, which is composed of primary α2 phase, primary flaky O phase and matrix B2 phase, and the density is 4. 5 g/cm3, the tensile properties of the base metal at room temperature and 650 °C in the rolling direction are 966 and 698 MPa, respectively. The composition of Ti2AlNb alloy is Ti-17Al-25Nb, which is composed of two phases of O + B2 phase, and the density is 4. 9 g/cm3 ． The average tensile strength of the base metal along the rolling direction at room temperature and 650 ℃ are 1 096 and 809 MPa, respectively.
The principle of low-speed wire EDM wire cutting
Water quality working fluid is used for low-speed wire EDM. Water has a certain conductivity, and even if it is deionized to reduce the conductivity, there is still a certain number of ions.
Basic knowledge of five-axis CNC machining
According to ISO regulations, when describing the motion of CNC machine tools, a right-handed rectangular coordinate system is used; the coordinate axis parallel to the main shaft is defined as the z axis, and the rotation coordinates around the x, y, and z axes are A, B, and C, respectively.
What are the process steps of CNC turning
The process steps of CNC turning are to analyze the drawings, determine the process to be processed, select the tool reasonably, install the fixture, program the tool, confirm the number of tool compensation according to the programmed program, test the product, and confirm the product size. After the data is completely adjusted, it can enter mass production.
Advantages of CNC machining
CNC machine tools are increasingly widely used in mechanical processing due to their high precision, high efficiency, and ability to adapt to the processing of small batches of multiple varieties of complex parts. To sum up, the processing of CNC machine tools has the following advantages.
Technological Characteristics of CNC Lathe Precision Parts Machining
CNC lathe processing is a general term for the processing of parts on CNC machine tools. Computer-controlled machine tools are collectively referred to as CNC lathes in the machining industry, regardless of whether they are computers specially designed to control CNC machine tools or general computers. As a CNC system, CNC lathe processing is widely used in the precision parts processing industry. The following will introduce the process characteristics of CNC lathe precision parts processing:
CNC machining process and parts design
CNC machining is a subtractive manufacturing process that uses rotating computer-controlled cutting tools such as drills, end mills, and turning tools to remove material from a solid block of material to shape a part
How CNC machining works
While additive processes like 3D printing make parts from scratch, CNC machining is subtractive, meaning it works in reverse by gradually removing material from a solid block (called a "blank" or "workpiece") to create a finished product. CNC machines are guided by digital design files, which are translated into instructions on how the equipment will cut the workpiece.
Key Considerations for Manufacturing Plastic Parts Using CNC Machining
Plastic parts are a ubiquitous part of everyday life. From food packaging and garden tools to laptops and sports equipment, it's hard not to interact with manufactured plastic parts every day.
What is CNC machining?
CNC (Computer Numerical Control) machining is a widely used manufacturing process that uses automated high-speed cutting tools to form designs from metal or plastic stock. Common CNC machines include 3-, 4-, and 5-axis milling machines, lathes, and routers. The way a machine cuts a part can vary - the workpiece may stay in place as the tool moves, the tool may stay in place as the workpiece rotates and moves, or the cutting tool and workpiece may move together.
The production workshop
Manufacturer of Vacuum Welding Process
●Provide vacuum brazing process
●Vacuum diffusion bonding process
●Vacuum quenching process
●Technical advantages controllable size, no auxiliary materials, no welding scars, and can be jointed with various metals