簡介
GO2cam 持續演進以滿足產業需求並與全球趨勢保持一致。 自動化 GO2cam 中的自動化是此演進的重要部分，旨在自動化零件加工程式編寫流程，使其更有效率且易於使用，從而顯著縮短程式編寫時間。
此自動化自先前版本以來一直在開發中，多年來針對特定製程逐步更新，透過以下方式實現：
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自動識別要套用加工循環的幾何形狀。
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自動選擇刀具和切削條件。
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自動套用刀具路徑來加工零件。
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It started with the introduction of HMF in V5.5 - allowing the automatic recognition of holes and assigning standard hole parameters or User-defined parameters to them, to then be automatically machined. |
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The concept of 一個 Opelist was then introduced in V5.6 - allowing to define or capture from an existing file, and save, a list of machining operations. These cycles can then be loaded and applied on another part by only selecting the profiles. (Further conditions can also be defined in the opelist to automate the profile recognition process). 線切割加工策略 are directly based on Opelists but includes specific options and behaviour. |
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自動車削 Opelist was then introduced in V6.06 - this allows to define an opelist for turning which is able to automatically recognize the features of the part and apply the machining cycles on it. The whole process is reduced to a few clicks. |
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特徵 用於 銑削 於 V6.10 中引入 - 這允許識別 複合特徵 零件上的特徵並自動套用 Opelist 來加工這些特徵。 |
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加工特徵 將所有先前的自動化選項合併到一個視窗中。這適用於 銑車複合 parts allowing the recognition of the various topologies of the part and automatically machining it with the applicable opelists. |
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