Initial/In-process/Final Product Management System

Product Overview

Real-time self-inspection monitoring and efficient management of data for Initial/In-process/Final product.

The MATE-Initial/In-process/Final Product Management System is a self-inspection management system that ensures data reliability and maintains a quality system through defect analysis. It facilitates sampling, measurement, review, verification, storage, and analysis of inspection data for initial, in-process, and final stages of production processes.

Initial/In-process/Final product management is a part of the self-inspection process during product manufacturing. Workers regularly check the product status at predetermined intervals (Initial/In-process/Final) in the production process. Self-inspection involves the worker conducting inspections of the products produced within their own manufacturing process. The worker inspects the product based on predefined inspection items, using designated tools, at set times, and records the measured values.

Need for Implementation

Systematically managing IT operations through the implementation of a Paperless Factory, MATE-Initial/In-process/Final Product Management System Solution

Core Functions

Entering Measurement Values into the System

Improvement of Measurement
Value Input Methods
System-based storage

Measurement values registered on devices are transmitted and stored in the system

Management of Measurement
Data History
Real-time Monitoring

Monitoring screen for
Initial/In-process/Final product management

Frequent verification of
inspection status

Implementation Case – Automotive Parts Manufacturer

Monitoring screen for Initial/In-process/Final product — Monitoring screen
for Initial/In-process/Final product

Inspection and input of data for each Initial/In-process/Final product item — Inspection and input
of data for each Initial/
In-process/Final product item

Scenes of initial, in-process, and final inspections — Scenes of initial, in-process,
and final inspections

Input of inspection values using devices — Input of inspection values
using devices

Input of inspection values on devices (zoomed view) — Input of inspection values
on devices (zoomed view)

Administrator review of inspection data on devices — Administrator review of
inspection data on devices

Expected Benefits

Strengthen management

Enhancement of basic quality control through improvement of Initial/In-process/Final product management methods
Statistical Process Control (SPC)

Possibility of utilizing statistical process control (SPC) through database-driven insights
traceability

Ensuring traceability of quality history through the database (DB) of measurement values
Prevention of omission

Prevention of inspection omissions and rapid response to process defects through real-time monitoring
Defect leakage prevention

Prevention of large-scale defects through interlocks (alarm/stop) in case of inspection omission or abnormal measurement values

Screen Examples

X-bar R Control Chart
Initial/In-process/Final
Performance Registration
Initial/In-process/Final
Monitoring Administrator
Program
Initial/In-process/Final
Monitoring Field Program