Capable of customizing the direction and sequence of tool insertion files to achieve precise andefficient deployment strategies;
· Offers a variety of nesting strategy combinations: by number / quantity / order / part;
· Features an intelligent optimization engine that uses high-precision algorithms to calculate the perimeter of the layout file and preemptively estimate the operation duration of the cutting machine.
· Combined with a vast algorithm library of sample models, significantly enhancing material utilization;
· Supports manual nesting, allowing adjustment of nesting strategies according to requirements;
· Features a cut piece grouping and sorting function to improve efficiency and precision, thereby reducing waste.
· Showcases nesting and material calculation effects through an intuitive graphical interface, helping users quickly evaluate the rationality of nesting plans.
· Genetic Algorithm Path Planning: Utilizes Genetic Algorithms (GA) for the dynamic optimization of cutting paths, reducing idle travel by 45% and shortening cutting time by approximately 15%.
· Adaptive Acceleration and Deceleration Control: Develops an S-curve acceleration and deceleration algorithm function to decrease equipment vibration, enhancing cutting quality and efficiency.
· By integrating with the factory's ERP/MES systems through an IoT platform, a comprehensive closed-loop system from "order receipt to production line dynamic feedback" is established. The platform can collect equipment OEE (Overall Equipment Effectiveness) data in real time, dynamically optimize job dispatching strategies, and enhance equipment utilization rates. Utilizing smart data from the platform enables scientific production scheduling of orders andcontinuous monitoring of equipment operation rates. This creates a real-time closed loop between management and equipment levels, ensuring more efficient and responsive manufacturing processes.
· Supports dynamic digital adjustment of multiple core parameters such as cutting speed, depth compensation values, feed compensation coefficients, etc., meeting the needs of diverse processing requirements.
· The system preset shortcut keys (such as F4) enable mouse-free operation, compressing the time to initiate the framing function to within 0.5 seconds, thus improving efficiency by 60%. This isparticularly suitable for scenarios requiring frequent adjustments.
· Precise definition of the machining area is achieved through manual framing, avoiding cutting interruptions caused by untimely material reception. Machining continuity is improved by more than 30%, ensuring uninterrupted operation throughout the entire cutting process.
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