3.1 New application module for AB mold optimization

In order to reduce the cost of manual grinding, an AB mold accuracy matching optimization scheme has been launched, and a "AB mold closing optimization" application module has been added to solve the problem of inconsistent fit clearance between the upper and lower molds (referred to as AB molds) and the designed workpiece clearance in mold processing. This significantly reduces the dependence on manual grinding, improves machining efficiency, shortens machining cycles, and effectively reduces costs. At the same time, the system homepage has been added to display the entry points of various scenarios and the execution status of corresponding optimization tasks, enabling one click quick viewing of task details.

3.1.1 "Preparation for mold optimization" function added

Add the function of preparing for mold optimization, enter the required basic data, and strictly verify these data to prevent human errors. Only after passing the verification can the optimization execution steps be entered.

3.1.2 "Mold Optimization Execution" Function Added

Added the function of optimizing the execution of mold closure, utilizing A-model measurement results and related data to optimize the B-model program. It also replaces Vericut simulation by calculating whether the compensation amount of each trajectory point exceeds the threshold, shortening the review cycle.

3.1.3 New function of "mold compensation record" added

To visually present the optimization effect of the engine, a new module compensation recording function has been added, which displays in detail the optimization records of the B-module program and provides a program comparison tool. Through this tool, enterprises can quantitatively compare the processing programs before and after optimization, intuitively view the specific changes of each trajectory point, and more accurately evaluate the optimization effect.

3.2 Expansion of "Temperature Optimization Preparation" Function

To improve the reliability of temperature optimization preparation, an upgrade has been made to this function, adding a repeated measurement accuracy verification step. By accurately comparing multiple measurement data with the machining accuracy standard, the data consistency can be ensured before entering the optimization execution stage. Intended to eliminate noise interference caused by improper measurement operations and ensure the accuracy of optimization results.

3.3 Function Expansion of "Temperature Difference Deformation Optimization"

In order to shorten the time for CAM engineers to review optimization programs, an upgrade has been made to the temperature difference deformation optimization function, adding a "compensation amount verification" function to replace Vericut simulation by calculating whether the compensation amount of each trajectory point exceeds the threshold, greatly improving task execution efficiency.