The five-axis linkage machining center has high efficiency and high precision, and the workpiece can be clamped once to complete complex processing. Can be adapted to the processing of modern molds like automotive parts, aircraft structural parts and so on. There is a big difference between five-axis machining centers and five-sided machining centers. Many people don't know this and mistakenly take five-axis machining center as five-axis machining center. Five-axis machining center has X/Y/Z/A/C five axes, XYZ and AC axis to form a five-axis linkage processing, specializing in spatial curved surface processing, shaped processing, hollowing processing, punching, slanting holes, slanting cuts and so on. The "five-face machining center" is similar to the three-axis machining center, except that it can do five surfaces at the same time, but it can not do shaped processing, punching slant holes, cutting beveled surfaces, and so on.
1. Suitable for processing complex shaped parts. Five-axis machining center can realize the general machining center is difficult to achieve or basically unprocessable complex parts processing, so in the aerospace, shipbuilding, mold and other processing industries are widely used.
2. High precision machining. Five-axis machining center is through the five-axis positioning to the material size analysis to complete the inspection, so the five-axis vertical machining centers are more accurate than ordinary machining centers.
3. Firm and solid machining. Mastery of the disk computer to eliminate human error, parts processing consistency and solid quality.
4. High flexibility. When dealing with object conversion, generally only need to change the CNC sequence, showing better adaptability, can save a lot of time for production. Based on the five-axis machining center, it can form an automated production system with high flexibility.
5. High efficiency. Five-axis machining center machining precision. Bed rigidity, can automatically select the amount of processing, five-axis machining center productivity is high, generally 3 to 5 times the ordinary machining centers, can cope with some complex parts processing, can be increased more than ten times or even dozens of times.
6. Good production conditions. High degree of machine automation, the operator's work intensity is greatly reduced, the working environment is better.
7. Favorable management. The use of five-axis machining centers is conducive to the mastery of the production side and management, to create conditions for the realization of the automation of the production process.