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[Manufacturing Industry DX] 4 Steps to Utilizing Data in Manufacturing Sites <Document Provided>

[Manufacturing Industry DX] 4 Steps to Utilizing Data in Manufacturing Sites <Document Provided>

The keywords are "IoT" and "visualization"! We will explain the next step of DX according to the current situation.

This document explains the key points of utilizing data to increase productivity and improve quality. By incorporating IoT technology to efficiently collect data and visualizing it to quickly grasp trends and situations, we can identify measures for business improvement and productivity enhancement. We have included challenges in utilizing data in manufacturing and methods for leveraging unstructured data, so please take a moment to read it. [Contents] ■ What are the challenges of utilizing data in manufacturing? ■ How to utilize unstructured data? ■ STEP 1: Digitizing daily paper work reports ■ STEP 2: Collecting and analyzing equipment data *For more details, please refer to the PDF document or feel free to contact us.

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Data utilization tool "FineReport"

Data utilization tool "FineReport"

Can be used for creating various system reports and business visualization dashboards!

"FineReport" is an all-in-one data utilization tool that brings together various features such as web reporting, analytical dashboard design, data input, and mobile compatibility. As a reporting and visualization tool, it boasts rich functionalities and easy operability, allowing for the creation of complex reports, dashboard design, cross-analysis, search sorting, output printing, permission management, scheduling, portal systems, mobile device support, and data input without the need for coding. 【Features】 ■ Easy report creation ■ Easy dashboard realization ■ Full mobile support ■ Diverse output options ■ Multifunctional management portal ■ Various data input methods *For more details, please download the PDF or feel free to contact us.

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Utilization of 3D CAD data design knowledge for automobiles

Utilization of 3D CAD data design knowledge for automobiles

Transform dormant 3D CAD data into knowledge assets that can be used for automotive design decisions.

For the automotive sector: We address the challenge of 3D CAD data being scattered among individuals and departments, hindering the reuse of past designs, with the 3D CAD data utilization features of blooplinter. 'blooplinter' is a knowledge utilization tool that links design know-how and past examples to 3D CAD data, allowing users to quickly find the information they need. It manages past drawings, design decisions, trouble cases, and check items alongside 3D shapes, enabling anyone to reuse verification tasks that were previously reliant on the experience of seasoned professionals. 【Usage Scenarios】 ■ Fast search for past similar design cases ■ Automatic checks of requirements in accordance with design standards ■ Difference confirmation during design changes ■ Sharing of trouble cases and prevention of recurrence ■ Transfer of design know-how to new personnel 【Implementation Effects】 ■ Reduction of variability in design quality and promotion of standardization ■ Shortening of development periods through reduction of design and verification man-hours ■ Continuous sharing and promotion of the utilization of seasoned professionals' know-how

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Utilization of 3D CAD data design knowledge for automotive parts.

Utilization of 3D CAD data design knowledge for automotive parts.

Transform dormant 3D CAD data into a knowledge asset that can be used for automotive parts design decisions.

For automotive parts: We will solve the issue of 3D CAD data being scattered among individuals and departments, hindering the reuse of past designs, with the 3D CAD data utilization feature of blooplinter. 'blooplinter' is a knowledge utilization tool that links design know-how and past examples to 3D CAD data, allowing you to quickly find the necessary information. It manages past drawings, design decisions, trouble cases, and check items alongside 3D shapes, enabling anyone to reuse verification tasks that were previously reliant on the experience of skilled workers. 【Usage Scenarios】 ■ Fast search for past similar design cases ■ Automatic checks of requirements according to design standards ■ Difference confirmation during design changes ■ Sharing of trouble cases and prevention of recurrence ■ Passing on design know-how to new personnel 【Implementation Effects】 ■ Reduction of variability in design quality and promotion of standardization ■ Shortening of development time through reduction of design and verification man-hours ■ Continuous sharing and promotion of the utilization of skilled workers' know-how

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Collaboration among shipbuilding suppliers and the use of 3D CAD data.

Collaboration among shipbuilding suppliers and the use of 3D CAD data.

Facilitating the collaboration of design data with shipbuilding suppliers through the use of 3D CAD data.

For shipbuilding: We address the issue of inefficient exchange of design data with suppliers, which leads to rework due to misunderstandings, through the 3D CAD data utilization feature of blooplinter. 'blooplinter' is a knowledge utilization tool that links design know-how and past examples to 3D CAD data, allowing users to quickly find the necessary information. It manages past drawings, design decisions, trouble cases, and check items alongside 3D shapes, enabling anyone to reuse the verification tasks that relied on the experience of skilled workers. [Utilization Scenarios] ■ Fast search for past similar design cases ■ Automatic checks of requirements in accordance with design standards ■ Difference confirmation during design changes ■ Sharing of trouble cases and prevention of recurrence ■ Transmission of design know-how to new personnel [Implementation Effects] ■ Reduction of variability in design quality and promotion of standardization ■ Shortening of development periods through reduction of design and verification man-hours ■ Continuous sharing and promotion of the utilization of skilled workers' know-how

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Utilization of 3D CAD data design knowledge for construction machinery parts.

Utilization of 3D CAD data design knowledge for construction machinery parts.

Transform dormant 3D CAD data into a knowledge asset that can be used for design decisions in construction machinery parts.

For construction machinery parts: We will solve the issue of 3D CAD data being scattered among individuals and departments, hindering the reuse of past designs, with the 3D CAD data utilization feature of blooplinter. 'blooplinter' is a knowledge utilization tool that links design know-how and past examples to 3D CAD data, allowing you to quickly search for the necessary information. It manages past drawings, design decisions, trouble cases, and check items alongside 3D shapes, enabling anyone to reuse verification tasks that were previously reliant on the experience of skilled workers. 【Usage Scenarios】 ■ Fast search for past similar design cases ■ Automatic checks of requirements according to design standards ■ Difference confirmation during design changes ■ Sharing of trouble cases and prevention of recurrence ■ Transmission of design know-how to new personnel 【Implementation Effects】 ■ Reduction of variability in design quality and promotion of standardization ■ Shortening of development time through reduction of design and verification man-hours ■ Continuous sharing and promotion of the utilization of skilled workers' know-how

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  • Data Utilization Tools

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Utilization of 3D CAD data design knowledge for shipbuilding

Utilization of 3D CAD data design knowledge for shipbuilding

Transform dormant 3D CAD data into a knowledge asset that can be used for shipbuilding design decisions.

For shipbuilding: We will solve the issue of 3D CAD data being scattered among individuals and departments, hindering the reuse of past designs, with the 3D CAD data utilization feature of blooplinter. 'blooplinter' is a knowledge utilization tool that links design know-how and past examples to 3D CAD data, allowing you to quickly search for the necessary information. It manages past drawings, design decisions, trouble cases, and check items alongside 3D shapes, enabling anyone to reuse verification tasks that were previously reliant on the experience of skilled workers. 【Usage Scenarios】 ■ Fast search for past similar design cases ■ Automatic checks of requirements in accordance with design standards ■ Difference confirmation during design changes ■ Sharing of trouble cases and prevention of recurrence ■ Transmission of design know-how to new personnel 【Implementation Effects】 ■ Reduction of variability in design quality and promotion of standardization ■ Shortening of development periods through reduction of design and verification man-hours ■ Continuous sharing and promotion of the utilization of skilled workers' know-how

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  • Data Utilization Tools

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Utilization of 3D CAD data design knowledge for aircraft parts.

Utilization of 3D CAD data design knowledge for aircraft parts.

Transform dormant 3D CAD data into a knowledge asset that can be used for design decisions in aircraft components.

For aircraft parts: We will solve the issue of 3D CAD data being scattered among individuals and departments, hindering the reuse of past designs, with the 3D CAD data utilization feature of blooplinter. 'blooplinter' is a knowledge utilization tool that links design know-how and past examples to 3D CAD data, allowing users to quickly find the necessary information. It manages past drawings, design decisions, trouble cases, and check items alongside 3D shapes, enabling anyone to reuse verification tasks that were previously reliant on the experience of skilled workers. 【Usage Scenarios】 ■ Fast search for past similar design cases ■ Automatic checks of requirements in accordance with design standards ■ Difference verification during design changes ■ Sharing of trouble cases and prevention of recurrence ■ Transmission of design know-how to new personnel 【Implementation Effects】 ■ Reduction of variation in design quality and promotion of standardization ■ Shortening of development time through reduction of design and verification man-hours ■ Continuous sharing and promotion of the utilization of skilled workers' know-how

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  • Data Utilization Tools

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