GETECH Quality Management System G-QMS

Helps enterprises to rapidly achieve digitalization of quality management

Whole-Process Quality Management | Continual PDCA Improvements｜Intelligent Analytics Decision-Making｜ Visualized Display｜ Integrated Operation Platforms｜ Multi-Population Perspectives

Pain Points
User Value
Core Strength
Application Scenarios
Cases
Functional Modules

Pain Points

1. Ineffective Use of Quality Data

Difficulty in collecting quality data, info. silos, poor coordination, data value under explored

2.Quality Metrics Not Unified

Inconsistent standard/criteria for quality inspection, insufficient authenticity of test conclusions, difficulty in decision-making

3.Difficulty in Calculating Quality Costs

Incongruent logics between different systems, difficulty in calculating internal/external quality costs

4.A Lack of Versatile Quality Systems

Quality modules using such application systems as ERP and MES are incomplete in their functions and lack practicality

User Value

1.Build the One-Stop, Q in One QM System

Full lifecycle coverage of product quality scenarios, quality data interconnections, info. silo eliminated

2.Collaborative Platform for Online Quality Monitoring, Warning and Improvement

Automatic data analysis and monitoring, quality improvement collaboration based on quality gate and PDCA theory,

3.Accelerated Model Delivery Speed

Cloud-end-edge multi-scenario model deployments, high concurrency and low latency end-edge one-click model pushing from the cloud

4. Intelligent Decision-making and Digital Operation Platform

Total quality management of production and manufacturing, continuous PDCA improvement, can serve users of different levels

Core Strength

Completely Eliminate Info. Silos
Supportive of whole quality management business scenarios including research, production, supply, sales and service for manufacturing industry; construct Quality in One System; interoperability of quality data; support the comprehensive coordination in quality management
Unified Hadoop Big Data
Whole process data governance from suppliers to customers, by site provision of an integrated big data platform, unified operation and maintenance.
Comprehensive Traceability
A modern quality management system based on self-developed technology solutions, forward and backward traceability of products/key materials/processes across the whole industrial chain, real-time process control and accurate monitoring of quality status
Intelligent Decision-Making and Digital Operation Platform
Total quality management of production and manufacturing, continuous PDCA improvement, can provide users of different levels with business operation and intelligent decision-making platforms

Application Scenarios

QM in Intelligent Manufacturing Industry

Quality system management/incoming material quality inspection/first and sampling inspection/ incoming and outgoing goods management/ instrumentation management and more

Laboratory Management

Automated test scheduling / inspection of automated testing process / equipment maintenance / intelligent maintenance and more

Total Quality Traceability Management QTS

Solve product problems from whole industrial chain perspective / key materials / forward and backward traceability and more

Cases

Total Quality Management System for a Communication Equipment Manufacturer

Pain Points:
•Quality data was collected offline and recorded on paper. The time lag caused by manual recording, making real-time data analysis and info. tracing impossible, lowered management efficiency.
•Large amounts of quality management work were implemented manually, which were prone to imperfections. The effectiveness of quality control was not guaranteed.

Solutions:
GETECH’s QMS has helped to achieve supplier quality management (supplier evaluation, IQC, supplier quality issue management, supplier improvement, SRM etc.), manufacturing quality management (first inspection, in-line inspection, patrol inspection, incoming/outgoing goods inspection, product anomaly management, MES interface to achieve product Hold/Release), customer return quality management, problem management(8D, closed-loop problem solving), document control management, quality system management and so on

Unified Consortium QM Platform of a Panel Display Enterprise

Pain Points:
•There used to be over ten separate quality systems, the data of which were not connected. The separate systems could not match the unified mgmt. service of the whole consortium, thus hampering the launch of unified quality standards across projects and production lines.
•The many quality systems, made for the old quality mgmt. demands were insufficient in functions. Higher demands for quality systems emerged when product quality and QM standards improved.

Solutions:
An integrated quality management system (Quality in One) that runs through the whole product life cycle of research, production, supply, sales and service has been launched in the consortium. Through multi-tenant, the data sharing and isolation has been achieved. This includes laboratory quality, manufacturing quality, supplier quality management, problem management platform, 8D, efficient yield and end-to-end QMS platform across the whole consortium.

Functional Modules

It supports NPI planning, development, validation management and FMEA & DFM analysis and so on, summarizing experiences for continuous product improvement. The R&D quality management module can effectively reduce the time and cost of product development, and improve the quality, reliability and safety of products.

Quality control that aims for each stage of the product manufacturing process, including the inspection planning, quality control plans, first/patrol inspections, outgoing goods inspections, statistical process control, inspection report review and evaluation, problem correction & prevention and so on. We aim to reduce the product scrap rate, cut production costs, and identify hidden problems in the manufacturing process in a timely manner.

Supplier qualifications and the raw materials they provide affect the whole process of product manufacturing. The supplier management module helps companies select and audit suppliers regularly to ensure the quality of incoming materials.

The after-sale quality module tracks and monitors the customers’ use of products. It sets reasonable VLRR&LRR targets, manages customer complaints and issues 8D reports to help companies continuously increase customer satisfaction.

The quality system module is used to develop quality KPIs, perform instrumentation management/MSA, manage enterprise quality processes, quality control management, and internal/external audit management. It helps enterprises to continuously optimize quality processes and ensures that instrumentations and measuring methods can effectively assess product quality.

The lab management module contains functions such as reliability design, lab scheduling plan, reliability test, lab equipment and operation management, fault tree analysis of failures, and reliability evaluation, ensuring valid experimental conclusions.

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