Short for numerical control machine tool is digital control machine tool, is a kind of a program control system of machine tool automation, nc machine tools is better solved the complex, precision, small batch and many varieties of parts processing, is a kind of flexible, highly efficient automation of machine tools, represents the development direction of modern machine tool control technology, is a typical mechatronics product.
This 5 axis CNC machine has the advantages of fast machining speed, high machining efficiency, and high machining accuracy. The work piece only needs to be clamped once to complete the processing of the pentahedron work piece at one time.
1. Multi-process processing can be performed on multiple space surfaces on the work piece at a time,
greatly improving processing efficiency.
2. Equipped with world-renowned controller, it has the advantages of powerful functions, high processing accuracy and fast speed.
3. Adopting a diversified control system to control the processing speed, idle speed and cutting speed separately, which greatly
improves the quality.
4. Adopting world top class components, it can ensure the machine with a longer service life.
Model | ELECNC-1224-5A | |
Price | Negotiation | |
working area | 2400*1200*1000 | |
Tool magazine | Carousel type tool change | |
Control system | Taiwan SYNTEC controller | |
Spindle | 10KW SACCARDO 5axis spindle | |
Inverter | 15KW Delta inverter | |
Servo motor | 1.3KW YASKAWA servo | |
Lubrication system | Auto lubrication system |
To deal with this kind of accident first requires the operator to protect the site, distinguish between the first processing or processing process, when the fault occurs in what state of the machine tool, the operator is carrying out what operation;
Generally, the main reason is that the operator forgets to return the reference point before the first piece processing or the machine tool does not return the reference point correctly and the operator does not find it in time.
Another is to modify the program when the input of the wrong data, resulting in a serious crash accident.
Some operators are even careless, put the workpiece in reverse, resulting in a crash.
Two, Precision of curved surface1. The cutting parameters are unreasonable and the surface of the workpiece surface is rough.
2. The cutting edge is not sharp.
3. The tool clamping is too long and the blade is too long.
4. Bad chip removal, blowing and oil flushing.
5 programming knife way, (you can try to consider down milling).
6. The workpiece has burr.
Three, Overcutting of the workpiece1 spring knife, tool strength is not enough too long or too small, resulting in tool spring knife.
2. Improper operation by the operator.
3. Uneven cutting allowance (such as: 0.5 on the side of the curved surface, 0.15 on the bottom)
4. Improper cutting parameters (such as too large tolerance, too fast SF setting, etc.)
Fourthly, divide the problem1. Inaccurate manual operation by the operator.
2. There are burrs around the mold.
3. The center bar has a magnetic field.
4. The four sides of the mold are not vertical.