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Multi-tasking machine B-axis generalizes new skills
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As a leader in multi-axis machining; Dip Technologies has always been committed to developing the skills of the most advanced machine tools. The ESPRIT 2008 CAM series of software products from Dip Technology Inc. has added B-axis turning to generalize the cycle function; It can make the machine tool give full play to the advantages of B-axis rotary machining of multi-tasking machine tools; improve production power and appearance accuracy. B-axis generalization processing new skills is another typical example of DP Technology to adapt to future processing trends.
The B-axis summarizes the new machining skills that are specifically designed for multi-tasking machines in order to achieve higher machining capabilities. This innovative lathe finishing cycle skill can be used to process the internal and external summaries of a workpiece in a single application. The generalized machining cycle generally requires a series of different scales of the tool. The B-axis generalization process uses a more useful method; that is, when the tool is processed along the general direction; the B-axis rotates together; this enables the tool to be machined to some tool scale. The constraints are difficult to machine into the area.
The B-axis generalization cycle function of the ESPRIT 2008 product provides a very common choice for users of turning and milling machines or for users looking for streamlined machining. This function can reduce the number of tools required for machining; the number of tool changes; and get more lubricated Processing the appearance; and ending with a lot of processing time and cost.
B-axis summary processing cycle test A few days ago, the US company Depp Technology successfully completed a processing trial at Mori Seiki's Los Angeles branch. The product of the Dipu Technology Turning and Milling Module, Olivier Thenoz, Mori Seiki used the manager Randy Felten to complete the trial cutting process. The selected machine was Mori Seiki NT3150; the outer part of the workpiece was machined by rotating only one tool in the B-axis direction. The test results proved the B-axis summary. The common function of processing new skills; and using the inverted center function (FTCP) of the Fanuc control system to output the corresponding NC program. Fanuc's reverse center point function allows the tool to rotate around the tool control point; instead of around the B axis Rotation of the pivot point. In this cycle, the function of reversing the center point can greatly improve the production power. Thenoz thinks: "If you use a tool instead of three tools at the top of the machining; it will save 20s of tool change time; if it is Multiply the number of workpieces processed by demand; the results will be very impressive. And the B-axis generalization of new skills is just a variety of new styles that ESPRIT 2008 offers to a wide range of users. One can improve function.
B-axis transformation strategy In fact, the ESPRIT turning cycle module has many of the same skills as the B-axis generalized cycle module; therefore, for users who are now familiar with the ESPRIT turning cycle module, they will also have a simple understanding of the B-axis generalization cycle module. The primary difference between the two modules is that the B-axis summarizes the full-manipulation strategy of the machining cycle skill to supply the B-axis rotation and the permissible viewpoint constraints. During the machining process, the change of the tool orientation depends on the selection of the B-axis rotation control strategy. The following two strategies provide control over B-axis viewpoint changes.
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