Definition Goals Benefits TPM 8 Pillars TPM step-by-step Kick-off and Model Area Phase TPM Step-by-Step TPM Assessment Key Pillars and Special Topics Maintenance Management Public Training In-house Training TPM Training Package TPM Thai articles TPM Worldwide articles Productivity Others IE Technique Productivity Improvement 5s Just-in-Time (JIT) PMII Web Application TQM TPM Tag Form & Checksheet Software Development Condition-based Maintenance Tools Training Materials Contact Us OEE WORKSHOP AND ASSESSMENT Links Promotion and Practice Phase Stabilization and Appling to Award Introduction to TPM Root Cause Analysis & Corrective Action LCC analysis for decision making Strategic Cost Reduction Cost reduction technique TPM for Manager Practical TPM Strategic TPM Leadership for Pillar Manager CIMCO-CMMS Overall Equipment Effectiveness (OEE) TPM Train the Trainer TPM Training & Follow-up TPM and Corporate KPIs Effective TPM Coordinator Modern Maintenance Management: MMM Maintenance Budget Planning and Control How to Audit TPM Effectively Strategic Production Management Production Efficiency Improvement Manufacturing Strategy Map & KPIs Customized In-house Training and Workshop EFFECTIVE TPM FACILITATOR (COORDINATOR) (NEW) HOW TO AUDIT AM EFFECTIVELY MAINTENANCE MANAGEMENT & SPAREPART CONTROL OEE Workshop and Assessment TPM FOR MANAGER (NEW) TPM FOR SUPERVISOR MAINTENANCE COST BUDGET PLANNING AND CONTROL Modern Maintenance Practice Strategic Plant Reliability & Maintenance Manageme TPM: The Success Factors HOW TO START TPM EFFECTIVELY Strategic Cost Reduction INTENSIVE 4-DAYS TPM TRAINING & FOLLOW-UP PRACTICAL TPM Individual Improvement (Kobestsu Kaizen) Autonomous Maintenance (Jishu-Hozen) Planned Maintenance TPM-KM (TPM Knowledge Management) Initial-Phase Management Quality Maintenance Office TPM AUTONOMOUS MAINTENANCE FOR THE OEE IMPROVEMENT INTRODUCTION TO TPM AND AUTONOMOUS MAINTENANCE KOBETSU KAIZEN AND JISHU HOZEN TPM PILLARS ASSESSMSNT AUTONOMOUS MAINTENANCE OVERALL INSPECTION QUALITY MAINTENANCE LCC & MP Design Practical 5S Effective 5Ss Facilitator How to Audit 5Ss Fairly and Effectively Visual Control and Poka - Yoke Superior Working Team Effective Meeting and Communication Effective Problem Solving for Manager Basic Supervisory Skill Advanced Supervisory Skill Multi-skill Supervisor Traditional and New 7 QC Tools P-M and Why-why Analysis: An Advanced Step to Zero DOE: Design of Experiment MSA: Measurement System Analysis SPC: Statistical Process Control PM: Preventive Maintenance PREDICTIVE MAINTENANCE DESIGN OF EXPERIMENT: THE DOE TRAINING & FOLLOW-UP ANOVA by MINITAB & SPSS CROSS FUNCTIONAL ALIGNMENT การแก้ไขและป้องกันปัญหาคุณภาพในกระบวนการผลิตด้วยกา EFFECTIVE 5S IMPLEMENTATION EFFECTIVE PROBLEM SOLVING P-M ANALYSIS POKA-YOKE TPM VISUAL CONTROL TPM VISUAL CONTROL INITIAL PHASE MANAGEMENT Machine Life Cycle Costing (LCC) Root Cause Analysis & Corrective Action FAILURE MODE & EFFECTS ANALYSIS (FMEA) Lean Management TQM in Action Easy Six Sigma Productivity Tools and Technique Total Energy Conservation Bottom-up Activity JIT Project Management EFFECTIVE MANAGERIAL SKILL PRACTICAL IE FOR MANAGER EFFECTIVE COST REDUCTION TECHNIQUES 6S AUDIT (5S EFFECTIVELY) TPM Consulting Package In-house Training / TPM 8 Pillars TPM Tools and Technique TPM Related
	Training & Seminar / In-house Training / TPM: The Success Factors
TPM: The Success Factors ปัจจัยสู่ความสำเร็จในการบำรุงรักษาทวีผลแบบทุกคนมีส่วนร่วม      Introduction Many production systems are human-machine system. Needless to say, dependence of production system on equipment increases as automation progress. Similarly, production efficiency is governed by degree of proficiency in method of manufacturing, using, and maintaining equipment. TPM is designed to prevent the occurrence of stoppage losses due to failures and adjustment, speed losses resulting from minor stoppages and speed reduction, and defect losses caused by process defects, start-up and yield declines, by improving the method of manufacturing, using, and maintaining equipment. Its purpose is to maximize the efficiency of production system in an overall manner The success or failure of TPM greatly depends on 1) an organization's right understanding, 2) determination and zeal of top management, 3) small-group activity participated in by all member, and 4) Measurement of the TPM effectiveness Expected Participants Factory Manager Production Manager and Senior Supervisors Maintenance Manager and Senior Supervisors Administration Manager and Senior Supervisors Etc Agenda Day Time Learning Objectives Training Topics Day One 09.00-12.00 An organization's right understanding - TPM: why, what, outputs, outcomes - OEE and loss structure - Eight pillars related to twelve steps     Top management commitment - Workshop - The determination to introduce TPM - Visualizing the end-in-mind   13.00-16.00 Small-group activity - TPM facilitator team - Autonomous maintenance group - Contest and rewarding system     Measurement of the TPM effectiveness - Workshop - Measuring TPM outputs - Measuring TPM outcomes Training Methods Classroom Training Case Study Workshop In-house Training ติดต่อ Administrator         หากต้องการให้ติดต่อกลับสามารถ Click ที่นี่ เพื่อฝากเบอร์โทร / Fax หรือ e-mail E-mail : admin@tpmconsulting.org Tel. 02-207-2698 / 089-762-4079 Fax. 02-939-3588