This product is registered by Data Design Co., Ltd..
About This Product
■What is smart machining?
A new autonomous CAM environment that supports optimal tool path generation based on past experience by automatically extracting shape characteristics/processing characteristics using a CAD/CAM/simulation engine and determining similarities between target workpieces. Build.
■Smart machining concept
Define machining templates and automatic selection rules in advance, and in the actual operation to generate machining data, just register the target model data and the minimum necessary information, and the optimal NC data and machining instructions will be automatically generated. will be done. By using templates and rules, we promote standardization and automation of the complicated machining data generation process.
■ Consolidating know-how into "processing templates" for continuous automation
We aggregate cutting know-how that can be quantified into "processing templates", classify target workpieces based on shape characteristics and processing characteristics from multiple types of templates, and assign the optimal template. Tuned templates eliminate any manual operations after path calculation, achieving complete automation. For cutting know-how that cannot be quantified, we repeatedly verify hypotheses using sensors and big data analysis, converting tacit knowledge into explicit knowledge.
■Template automatic classification logic
Using CAD, CAM, and simulation engines, shape characteristics and processing characteristics are extracted, and the optimal template is narrowed down using predetermined thresholds and conditional expressions. For shapes that are difficult to narrow down, the optimal solution is determined based on information such as stable machining load, shortest machining time, and few avoidance movements based on simulation results.
■Smart machining operation image
Targets for which the smart machining concept is effective include, for example, cutting out electrode models, prototype molds, simple molds, and working models. It is effective at sites where humans have already intervened to standardize processing methods based on shape characteristics/processing characteristics.
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