Take the example of No. 45 steel with a blank size of 100mm×100mm×30mm and processed to a thickness of 25mm. Clamping of Workpiece When milling a plane, the workpiece’s machined surface must be higher than the jaws, otherwise the workpiece must be raised with parallel shims to expose enough machining allowance to avoid damaging the […]
45# Steel Surface Milling Read More »
For CNC milling parts, the quality of the finished workpiece is of vital importance. For CNC milling machine cutting, tool selection and effective determination of cutting parameters are both critical. To ensure that the processing meets the standards, programmers must accurately grasp the basic principles of tool selection and cutting parameters. At the same time,
4 Tips for CNC Milling Machine Cutting Processing Technology Read More »
Drilling and milling are two different processes for machining a workpiece. Drilling uses an up and down motion to cut the material, whereas milling uses a lateral motion. The main difference between milling and drilling is the speed. Drilling requires a low spindle speed, whereas milling requires a high spindle speed. What is the Difference
Difference Between Drilling and Milling Read More »
Improving CNC milling accuracy involves many factors. The key lies in tool design, processing parameter selection and vibration control. First of all, the helix angle of the tool directly affects the chip removal effect and surface roughness, while the feed amount and tool service life will also significantly affect the processing quality. In addition, machine
How to Improve CNC Milling Precision Read More »
For machining centers, cutting tools are consumable tools. During the machining process, they will be damaged, worn, and chipped. These phenomena are inevitable, but there are also controllable reasons such as unscientific and irregular operation and improper maintenance. Only by finding the root cause can the problem be better solved. Symptoms of Cutting Tool Breakage
Common Tool Problems and Solutions in CNC Machining Read More »
