Talking about the method of improving the efficiency of multi-task machining machine

At the same time, it has the functions of turning and milling, multi-spindle, multi-turret, material processing in multiple stations, automatic transfer from one spindle to another without manual, the blank enters from one end, and the workpiece comes out from the other end - this is GibbsCAM A general interpretation of multitasking machines. In multi-tasking machines, the machining accuracy is easier to guarantee because the parts are only clamped once during the entire machining process, and the production process chain is greatly shortened. Moreover, since it is only necessary to hand over the processing task to a device, this not only simplifies the production management and scheduling, but also significantly improves the transparency, and can quickly solve and optimize what is happening without a complicated planning system. Despite the higher price of a single unit for multi-tasking machines, due to the shortening of the process chain and the reduction in the number of equipment, the floor space and equipment maintenance costs are also reduced, thus reducing the overall investment in fixed assets, production operations and The cost of management. The emergence of multi-tasking is precisely to adapt to the rapid development and continuous pursuit of today's machine tools. It is expected that a multi-tasking machine will play its full function and need a CAM-assisted manufacturing software that fully supports it. Many traditional CAM software with milling development cannot complete this type of programming, and GibbsCAM software conforms. The development of machine tools supports these multi-spindle and multi-turret turning and milling composite equipment. GibbsCAM offers dedicated modules for multitasking machines designed to be dedicated to multitasking machine programming, providing unparalleled and powerful programming capabilities while retaining its tradition of ease of learning and ease of use.

Targeted machine definitions make programming easier

The multi-tasking machine has unlimited scalability, so the GibbsCAM multi-tasking module is designed for flexibility. First, it can define machine structure, bar feed, workpiece capture, turret, counterspindle and other machine add-on options; the necessary machine model level allows the user to precisely define the machine structure, calculate cycle times and output NC programs; GibbsCAM's graphical interface allows you to directly define tool parameters, positions and orientations, as well as fixed and dynamic tools, as well as forming tools. Having the GibbsCAM multitasking module is like having a programming system for every multitasking machine.

Easy to handle programming process

In the GibbsCAM multi-tasking module, a positioning coordinate system has been preset for each spindle: ZX plane for easy definition of turning elements, YZ plane for outer diameter milling, spiral milling and radial drilling, face milling and eccentric drilling The YX plane, as well as the back and eccentrically drilled YX planes. CAD artifacts, including solids, can be imported using the GibbsCAM data conversion function. GibbsCAM supports an extremely wide range of CAD formats, and the pixels can be interoperated or referenced to a point in the imported CAD. GibbsCAM can selectively output programs close to manual programming. The program can use cyclic Cycling (such as G71 rough cut loop, G70 fine cut loop, etc.) like manual programming, and can selectively generate subroutines to make the program more concise and understandable. Users don't have to worry about using software to make programs too long and the operators can't read them.

Complete multitasking programming

GibbsCAM's intuitive graphical interface provides seamless programming of turning and milling programming. Processes can be easily defined as a single sequential sequence and then analyzed by the simultaneous management functions of the GibbsCAM multitasking module. Synchronization management is a graphical tool that shows the processes and processes in multiple processes and processes. The Synchronization Management function manages the program from a time perspective and is used to consider all relevant details when multiple tools are being machined simultaneously. Using the synchronization management function, it is easy to sort the operations to achieve the optimal process and the minimum cut time. And GibbsCAM's relevance allows the modified operations to be easily updated. At any time during programming, the operating process can be graphically simulated and visually previewed. The interference check function between the tool and the tool, the tool and the blank, the blank and the blank can avoid damage to the overcut material and the tool due to program errors.

Post-processing without editing

Post-Processing As the most important feature, GibbsCAM provides a post-processor that supports common management and synchronization modes. Post-processing can help output multi-process NC code for multi-tasking processing with no errors/no editing required. The NC code you have seen in software can be run directly on the machine and can produce perfect workpieces. Multi-tasking machines are expensive and complex, and they require optimized procedures to maximize their productivity and produce the highest quality workpieces. In order to maximize the return on investment of multi-tasking machines, the importance of NC programming systems has become increasingly prominent.