TPM & Autonomous Maintenance
Stabilizing Equipment. Eliminating Losses. Building Operational Excellence.
At GAOEXPERTS, TPM (Total Productive Maintenance) is not viewed as a maintenance program.
It is a comprehensive operational excellence system designed to:
- stabilize equipment,
- eliminate operational losses,
- increase productivity,
- improve quality,
- reduce downtime,
- and develop strong ownership directly at the shop floor.
Because highly automated production systems do not become competitive through technology alone.
They become competitive through stability.
The Most Important TPM Principle
Calculating OEE Improves Nothing.
Many companies spend enormous amounts of time:
- calculating OEE,
- reporting OEE,
- discussing OEE,
- benchmarking OEE,
- and presenting OEE charts.
But equipment performance does not improve because a KPI exists.
The real difference is made by:
- understanding the losses behind the OEE,
- identifying the root causes,
- and systematically eliminating them.
That is where real operational improvement happens.
Understanding the 6 Major Equipment Losses
GAOEXPERTS focuses heavily on the systematic reduction of the classic TPM Six Big Losses:
1. Breakdowns
- Equipment failures
- Technical instability
- Reactive maintenance
- Unplanned downtime
2. Setup & Adjustment Losses
- Long changeovers
- Startup instability
- Lack of SMED standards
- Poor process repeatability
3. Minor Stops
- Sensor disturbances
- Jams
- Short interruptions
- Operator interventions
4. Reduced Speed
- Running below design speed
- Process instability
- Equipment deterioration
- Poor parameter control
5. Startup Rejects
- Scrap during startup
- Warm-up instability
- Process deviations
- Parameter variation
6. Production Rejects
- Scrap
- Rework
- Quality instability
- Process capability issues
OEE is only the result.
The losses are the real battlefield.
What Makes GAOEXPERTS Different?
Most TPM implementations fail because they become:
audit systems,
cleaning programs,
KPI exercises,
or isolated maintenance initiatives.
GAOEXPERTS implements TPM differently.
We focus on:
- operational reality,
- loss elimination,
- equipment stability,
- practical problem solving,
- and sustainable capability development.
The objective is not “good TPM documentation.”
The objective is stable and competitive operations.
Autonomous Maintenance (AM)
Developing Equipment Ownership at the Shop Floor
Autonomous Maintenance is one of the core pillars of TPM.
Its purpose is to develop operators who:
- understand their equipment,
- detect abnormalities early,
- maintain basic equipment conditions,
- and actively contribute to equipment stability.
Operators become the first line of defense against deterioration.
Core Elements of Autonomous Maintenance
- Initial Cleaning & Restoration
- Restore basic equipment conditions
- Identify abnormalities
- Eliminate contamination sources
- Visualize problems
- Eliminate Sources of Deterioration
- Oil leaks
- Dust contamination
- Loose parts
- Difficult-to-access areas
- Unsafe conditions
- Inspection Standards
- Cleaning standards
- Lubrication standards
- Inspection routines
- Visual controls
- Daily equipment checks
- Operator Skill Development
Operators are trained to understand:
- equipment functions,
- critical wear areas,
- abnormal conditions,
- early warning indicators,
- and equipment behavior.
This creates:
- higher ownership,
- faster detection,
- fewer failures,
- and significantly improved stability.
- TPM Is Not a Maintenance Department Program
One of the biggest TPM misconceptions:
“TPM belongs to maintenance.”
Wrong.
TPM is a cross-functional operational system involving:
- Production
- Maintenance
- Quality
- Industrial Engineering
- Logistics
- Supply Chain
- Leadership
- Operators
- Management
Because equipment stability affects the entire business system.
GAOEXPERTS TPM Implementation Approach
Step 1 – Equipment Loss Analysis
- OEE breakdown
- Downtime analysis
- Speed loss analysis
- Scrap analysis
- Pareto analysis
- Cost impact analysis
Step 2 – Restore Basic Conditions
- Cleaning
- Inspection
- Lubrication
- Tightening
- Safety restoration
- Visual management
Step 3 – Stabilize the Process
- Standardization
- Maintenance standards
- Parameter control
- Process capability stabilization
- Escalation systems
Step 4 – Build Capability
- Operator training
- Maintenance development
- Technical problem solving
- Root cause analysis
- Leadership coaching
Step 5 – Create Sustainable Systems
- Daily management
- Layered audits
- Escalation routines
- KPI transparency
- Continuous improvement systems
- Digital TPM & Smart Maintenance
Where beneficial, GAOEXPERTS combines TPM with:
- predictive analytics,
- condition monitoring,
- sensor systems,
- AI-supported maintenance analysis,
- and digital maintenance systems.
However:
Technology does not replace TPM fundamentals.
Unstable basic conditions cannot be solved by software.
Typical Results
Organizations implementing the GAOEXPERTS TPM approach typically achieve:
- significantly higher OEE,
- lower downtime,
- fewer breakdowns,
- reduced maintenance cost,
- lower scrap,
- improved productivity,
- higher process stability,
- improved delivery performance,
- better operator ownership,
- and substantially improved operational reliability.
The GAOEXPERTS Philosophy
- The goal is not to create beautiful OEE dashboards.
- The goal is to eliminate the losses destroying productivity.
- Because world-class equipment performance is not created by measuring losses.
It is created by eliminating them.
GAOEXPERTS
Real Transformation.
Increasing Capability.
