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[Case Study] Machine Tools (1): Makino Milling Machine Co., Ltd.

A guide for advancing the verification of new processing work and NC programs!

At the Katsuyama Factory of Makino Milling Machine Co., Ltd., in the Production Technology Department, there were issues such as machine downtime due to machine interference and prolonged debugging time when advancing new NC programs, which significantly impacted the overall production flow. To resolve these issues, the decision was made to introduce the tool "Vericut." When creating NC programs, it is easy to check for errors such as gouging, which is very helpful in reducing the overall working time of the program promotion office. [Overview] ■ Machine downtime due to machine interference and prolonged debugging time when advancing new NC programs significantly impact the overall production flow. ■ It is easy to check for errors such as gouging when creating NC programs. ■ It is very helpful in reducing the overall working time of the program promotion office. *For more details, please refer to the PDF document or feel free to contact us.

Related Link - https://main.vericut.jp/

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CGTech is a global leading company in CNC machine simulation software. Its simulation software, "Vericut," is used in various production environments, including the aerospace industry, automotive, railways, molds, home appliances, power generation, and heavy industry, and is highly regarded worldwide. ■ What is Vericut... Vericut simulates using G-code NC programs for machine tools, unlike CAD/CAM system simulations. Vericut supports a wide range of machine tools, including multi-axis machining such as high-efficiency and high-precision 5-axis processing, lathes, multi-tasking machines, and multi-surface machining machines. ■ Pursuing the perfection of G-code NC programs Vericut provides a "virtual machine" that faithfully reproduces in-machine operations such as macro programs, macro variables, ATC operations, and pallet changes in detail. Vericut offers a variety of features, including not only crash detection but also pre-inspection of over-cutting/under-cutting by comparing the machined cutting model with the design model, as well as optimization of NC programs considering tool load.