日本コンピュータ開発　 List of Products and Services

This catalog introduces the semi-custom production management system "FUSE," which is handled by Nihon Computer Development Co., Ltd., aimed at small and medium-sized manufacturing businesses. What is semi-custom?: A type that partially customizes the base system to match the unique business content of customers, based on Fit & Gap analysis and customer interviews, using a package system as a foundation. Detailed information about the features, strengths, and functions of the production management system FUSE is provided. Additionally, we have included "case studies" and a "reference price list for implementation plans," so please make use of these resources for product selection. [Contents (excerpt)] ■ Company Information ■ Overview of the Production Management System FUSE ■ Features and Strengths of FUSE ■ Introduction to FUSE Functions ■ Process Leading to FUSE Implementation *For more details, please refer to the PDF document or feel free to contact us.

• others

【Reasons Why Work Instructions Are Chosen with Photo Shooting】 ◆ The speed of creating work instructions increases by more than 8 times! Compared to traditional handwritten methods, simply taking photos allows for the quick creation of work instructions, significantly improving productivity. Additionally, it can be printed with a simple four-step touch operation, making it easy for those who are not familiar with computers to use. ◆ You can use your existing work instruction formats! You can continue to use your usual work instruction formats, allowing for a seamless introduction without causing confusion on-site. The work instruction formats can be freely edited by customers using spreadsheet software. ◆ It can be used without an internet connection! As long as you have a printer that can print wirelessly, you can use it. You can print instructions without going through the internet, enabling a system implementation that reduces the hassle of construction and minimizes security risks.

• Process Control System