The seamless transfer in hyperMILL is based on geometry and technological data. Once the programmer has selected the faces on the workpiece, hyperCAD-S createsД¬orresponding collision-free electrodes with the necessary surfaces, creating an electrode directly from the model, ensuring accuracy and integrity of the design. An automated process requiring only a few clicks ensures easy, optimal electrode design from the face of the component geometry to be eroded, and does not require the user to have any special design skills. This is especially beneficial for tools with longer cutting lengths that can be precisely controlled using a maximum stepover parameter.ДЄ special CAD program developed for the needs of CAM programmers, hyperCAD-S now features a highly innovative function for the fast design of electrodes. In addition, to further optimize strategy for stepovers, an option calculates the optimal width in relation to the additional chip thickness and depth value, enabling the user to adjust machining parameters to the condition of the tool. Two types of feature recognition are included:ДЄnother key feature of 2017.2 is 3D Optimized Roughing, a machining enhancement for the roughing of rest material. With just a few clicks, T-slots can be very efficiently produced. Using hyperMill 2017.2, fast detection and programming of T-slots is now possible. Improved machining strategies, 3D milling, and programming aids such as T-slot recognition, and an entirely new module for the production of die-sinking electrodes are several major examples of hyperMILL 2017.2.ДЈD machining strategies/ feature detection updates Needham, Massachusetts вЂ“ Open Mind TechnologiesвЂ™ newest release of the hyperMILL CAM suite has further enhanced the software, providing users a broad array of features designed to improve their manufacturing process with unmatched speed and flexibility.

Hypermill for solidworks