計画がつながらない
顧客要求が測定可能な CTQ や管理基準に変換されません。
QMS4.0
エンドツーエンド品質管理システム QMS4.0
製造業向けの全工程品質管理プラットフォームです。顧客の声、品質計画、検査、監査、苦情、8D 改善を一つのデータ基盤上でつなぎます。
顧客の声 VOC
製品ライフサイクル品質
4つの検査段階
8D クローズドループ
品質データ
エンドツーエンド流程
AI 品質アシスタント
よくある課題
最も高い品質コストは、同じ問題が繰り返されること
監査、トレーサビリティ、サプライヤー連携、多段階検査が分散した表計算に依存すると、遅延、証跡不足、再発リスクが高まります。
検査データが分断
受入、工程、完成品、出荷検査の履歴を一つにつなげにくくなります。
異常対応が見えない
担当者、期限、進捗がチャットやファイルに散らばります。
サプライヤー対応が手作業
報検、特採、評価が電話や手動フォローに依存します。
苦情が閉じない
原因分析後の予防策が FMEA や管理計画に戻りません。
監査準備の負荷
校正、MSA、資格記録を直前に集める状態になります。
End-to-End Loop
One chain from voice of customer to customer satisfaction
Seven connected stages are supported by system modules. Data flows across stages without repeated manual entry.
Current stage
Demand insight
VOC / CTQ projects
Capture voice of customer, build requirement trees, evaluate importance and translate needs into measurable quality characteristics.
The conclusion of improvement returns to risk prevention. 8D preventive actions can update FMEA, control plans, inspection plans and OPLs to prevent recurrence.
Five Modules
Five modules, one quality data foundation
Unified defects, characteristics, failures, methods and evaluation rules keep planning, inspection, audit and 8D speaking the same quality language.
Positioning
Translate customer requirements into executable control standards
VOCCTQProject managementProcess flowDFMEAPFMEAControl planPPAP
Typical scenarios
New product launch, customer requirements, design review, pilot to mass production
Build VOC requirement trees and Kano classifications.
Use CTQ quality houses to quantify links between needs and characteristics.
Run structured FMEA analysis and generate control plans.
Manage versions and pass planning outputs downstream.
Scenario Walkthrough
Four real workdays, four ways to avoid rework
Each walkthrough shows what happens in daily quality work and which modules are connected.
Current walkthrough
A new product from launch to mass production
Modules involved
Quality Planning → Process Quality
01
Create one project foundation for VOC, CTQ, DFMEA and PFMEA.
02
Collect VOC and classify needs with Kano and importance scoring.
03
Translate CTQs into product characteristics and quality targets.
04
Build process flow and link characteristics to processes.
05
Use DFMEA/PFMEA outputs to generate control plans and PPAP deliverables.
Suitable for: New product launch and pilot to mass production
Platform Capabilities
Not only online workflows, but real field adoption
Multi-device collaboration
PC supports planning and analysis, while mobile apps support field inspection and photo upload.
Visual management
Dashboards show inspection progress, personal performance, supplier performance and bottlenecks.
Rule engine
AQL, transfer rules, exemption rules, timeout alerts and escalation mechanisms are structured into tasks.
Integration and export
Recall approvals, 8D PPT export, inspection data export and image recognition templates support field work.
Permission and compliance
Cross-module permissions, version management and structured audit trails support quality system audits.
Unified data foundation
Defects, characteristics, failures, measures and criteria are centrally maintained.
Value
The real return of quality improvement is preventing recurrence
QMS4.0 reduces repeated maintenance of scattered forms by connecting quality planning, inspection, gauge management, audits, complaints, recalls and 8D improvement.
Planning cycle
VOC → CTQ → Control plan is connected with versioned downstream delivery.
Inspection execution
Automatic rules, mobile reporting and structured records reduce manual errors.
Abnormal closure
Owners, deadlines and progress are visible with timeout alerts and escalation.
Audit readiness
Calibration, MSA, qualification, audit and inspection records are archived continuously.