CNC Machining
Variety of CNC machining services
3, 4 and 5-axis machining centers
1 to 100,000 from prototype to mass production
CNC Machining Services
CNC machining is a subtractive manufacturing procedure that has three to five axis tools. Due to its various machine tools, it helps in making any complex geometric parts with high precision and accuracy. With the ever-changing advancement of the forthcoming industry, CNC machining has a powerful adaptability in any given workpieces. Its variability could accommodate entrepreneurs’ needs.
How Many Steps in the Process
As the name implies, CNC (Computer Numerical Control) machining is easily controlled and logical procedure, which is settled down by the computer. It is like a relay processing platform, through the instructions you input, it transforms into a digital code. So that the machine would follow the specific steps to operate.
The process of CNC machining typically includes the steps as listed:
- Choose the right machining tool and design the CAD model.
- Set up the programming according to the CAD designed model.
- Execute your operation.
Why Do You Need This Process
Automation is the biggest reason why we need this process. The ability to control machine tools by computer programmed devices can automate highly technical process. This greatly reduces the investment cost of entrepreneurs. It rapidly increases the productivity of workshop. Besides, it seems that it is a good fit for a wide range of materials. like metals, plastics, wood and composites. Its application has no limitations. And this manufacturing method provides several advantages for your company’s operations, procedures and employees.
Advantages of the Process
- A high degree of accuracy
CNC machines have detailed operating instructions. They follow these instructions by rule and line so that it is easy to remove the human error and it is able to attain 1/1000th precision.
- A fast production period
Machines only come to a halt when it is necessary for repair works. Relatively speaking, it speeds up the production time in some degree.
- More flexible operation
Compared with the traditional machining, CNC machining is superior in its flexibility. In traditional machining, there was a great deal of emphasis on the allocation of technician, with one machine for one technician. However, for CNC machining, one technician can operate several machines one time.
CNC Dimensional Considerations
The complexity, accuracy and precision of CNC machining has made it become a valuable part of almost every industry. It is essential for a wide range of applications under the advancements and innovations of CNC process. It applied in various industrial sectors, including manufacturing, aviation, construction, and agricultural, and to create a variety of goods, including electrical pumps, screws, or shafts.
CNC Machining Operators
The major benefit of CNC machining is its ability to perform multiple operations in different types of tools. CNC milling and CNC turning are the most frequent CNC machining procedures as used.
CNC Milling
Milling is the most common use way in CNC machining. It is a widespread manufacturing method with great accuracy and tolerances. In the process of milling, every tool has several cutting points & rotates to give sharp cutting surfaces of varying length and form. It is ideal for creating the parts with complex geometries and shapes. So that your workpiece would have an excellent surface finish.
CNC Turning
For producing the parts with round shapes, turning is a good choice. Turning procedures rotate the workpiece rather than the laser cutter. They include cutting operations such as drilling, grooving, and chamfering. It is able to achieve high accuracy quality.
CNC Milling
Milling is the most common use way in CNC machining. It is a widespread manufacturing method with great accuracy and tolerances. In the process of milling, every tool has several cutting points & rotates to give sharp cutting surfaces of varying length and form. It is ideal for creating the parts with complex geometries and shapes. So that your workpiece would have an excellent surface finish.
CNC Turning
For producing the parts with round shapes, turning is a good choice. Turning procedures rotate the workpiece rather than the laser cutter. They include cutting operations such as drilling, grooving, and chamfering. It is able to achieve high accuracy quality.
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