The 5-axis turn and mill technology is typical of multi-axis machining technology. The 5-axis turn and mill center is the carrier of the 5-axis turn and mill technology. It refers to a type of turn function, which integrates functions such as mill and boring. It has at least 3 A linear feed axis and 2 circumferential feed axes, and a general term for a machine tool equipped with an automatic tool change system.
This turn-mill machining center was developed on the basis of a three-axis turn center, which is equivalent to the compounding of a turn center and a machining center. It is a compound machining technology developed in the 1990s and is a traditional Based on mechanical design technology and precision manufacturing technology, advanced mechanical machining technology integrating modern advanced control technology, precision measurement technology and CAD / CAM application technology. The advanced nature of the 5-axis turn and mill center is reflected in its design concept. In the general concept of machining, the machining of one part ranges from one or two processes to hundreds of processes. It needs to be processed by multiple equipments, and tools and fixtures must be prepared.
For complex parts, the preparation of a set of tooling takes three to 5 months. Even if economic costs are not taken into account, three or 5 months are likely to miss many commodity opportunities and strategic opportunities. In mass production industries such as automobiles and home appliances, in order to improve efficiency and automation, automated production lines are widely used. The huge logistics system constitutes a major part of the automated line. It is also a part that occupies money, occupies a lot of land, and is also a part that is frequently faulty. For the machining of complex shapes, logistics is a big problem. The multiple clamping and reference conversion of parts sometimes bring unnecessary processes, and at the same time, the accuracy of parts machining is lost. The 5-axis turn and mill complex machining center solves this problem from the design concept. It is a clamping, which completes all or most of the procedures in the machining range, achieving a leap from composite machining to complete machining.