ISO 18436-4 Level I

Machine Lubricant Analyst ISO Level I Training

Master the fundamentals of lubricant analysis with our ISO 18436-4 Level I certification program. Learn to perform basic oil analysis, identify contamination, and optimize lubrication programs.

2,000+

Level I Analysts

35+

Countries

20%

Lubrication Cost Reduction

95%

Pass Rate

Course Overview

The Machine Lubricant Analyst Level I program provides fundamental training in lubricant analysis and contamination control. This course is designed for maintenance technicians, lubrication specialists, and entry-level analysts who need to understand basic oil analysis principles and techniques.

Participants will learn to perform basic oil analysis tests, identify contamination sources, select appropriate lubricants, and implement effective contamination control programs. This certification serves as the foundation for advanced lubricant analysis training.

Course Details

44 hours training

Classroom training with hands-on laboratory exercises

High school diploma or equivalent

ISO 18436-4 MLA Level I

Course Benefits

ISO 18436-4 Machine Lubricant Analyst Level I certification

Fundamental knowledge of lubricant analysis and contamination control

Ability to perform basic oil analysis tests and interpret results

Skills in identifying common lubricant problems and failures

Enhanced understanding of lubrication best practices

Foundation for advanced lubricant analysis training

Learning Outcomes

Understand fundamental lubrication principles and mechanisms

Perform basic oil analysis tests and interpret results

Identify common lubricant contamination and problems

Select appropriate lubricants for different applications

Follow proper sampling and documentation procedures

Apply contamination control techniques and best practices

Prepare for MLA Level II advanced training

Course Modules

Module 1: Lubrication Fundamentals

8 hours

Basic principles of lubrication and lubricant properties

Key Topics

Lubrication theory and mechanisms
Lubricant types and properties
Viscosity and viscosity index
Additives and their functions

Skills Developed

Practical lubricant analysis skills
Contamination control techniques
Lubricant selection expertise

Module 2: Contamination Control

8 hours

Understanding and controlling lubricant contamination

Key Topics

Types of contamination
Contamination sources and effects
Filtration and cleaning methods
Contamination monitoring techniques

Skills Developed

Practical lubricant analysis skills
Contamination control techniques
Lubricant selection expertise

Module 3: Basic Oil Analysis

12 hours

Fundamental oil analysis tests and procedures

Key Topics

Physical property tests
Chemical analysis basics
Particle counting and analysis
Water content determination

Skills Developed

Practical lubricant analysis skills
Contamination control techniques
Lubricant selection expertise

Module 4: Lubricant Selection

8 hours

Selecting appropriate lubricants for different applications

Key Topics

Lubricant selection criteria
Equipment-specific requirements
Operating condition considerations
Lubricant compatibility issues

Skills Developed

Practical lubricant analysis skills
Contamination control techniques
Lubricant selection expertise

Module 5: Sampling and Documentation

8 hours

Proper sampling techniques and documentation procedures

Key Topics

Sampling procedures and techniques
Sample handling and storage
Documentation and record keeping
Quality control and standards

Skills Developed

Practical lubricant analysis skills
Contamination control techniques
Lubricant selection expertise

Practical Skills Developed

Oil Analysis

Performing basic oil analysis tests and procedures

Contamination Detection

Identifying and analyzing lubricant contamination

Lubricant Selection

Selecting appropriate lubricants for specific applications

Documentation

Proper sampling and documentation procedures

Test Methods Covered

Viscosity measurement (ASTM D445)

Water content analysis (ASTM D6304)

Particle counting (ISO 4406)

Acid number determination (ASTM D664)

Base number analysis (ASTM D2896)

Flash point testing (ASTM D92)

Pour point determination (ASTM D97)

Oxidation stability testing

Who Should Attend?

Maintenance Technicians

Technicians responsible for equipment lubrication and maintenance

Lubrication Specialists

Specialists focused on lubrication programs and oil management

Entry-Level Analysts

New professionals starting their career in lubricant analysis

Plant Operators

Operators involved in equipment monitoring and lubrication

REA MLA Level I Training Program

Comprehensive Lubricant Analysis Training

Our MLA Level I program combines theoretical knowledge with extensive hands-on laboratory practice using industry-standard testing equipment. Participants gain practical experience in lubricant analysis that they can immediately apply in their workplace.

Lead Instructor: KVK Subramaniyam Naidu - Certified lubricant analyst with 20+ years of experience in oil analysis and contamination control.

Hands-on laboratory training
Industry-standard testing equipment
Real-world case studies and examples
ISO 18436-4 exam preparation

Laboratory Equipment

Viscosity Testers

Kinematic and dynamic viscosity measurement

Particle Counters

Automated particle counting and analysis

Water Content Analyzers

Karl Fischer titration and other methods

Chemical Analysis

Acid number, base number, and other tests

Master Lubricant Analysis

Join thousands of professionals who have mastered lubricant analysis and optimized their lubrication programs for better equipment reliability and cost savings.

Course Overview

Course Details

44 hours training

Classroom training with hands-on laboratory exercises

High school diploma or equivalent

ISO 18436-4 MLA Level I

Course Benefits

ISO 18436-4 Machine Lubricant Analyst Level I certification

Fundamental knowledge of lubricant analysis and contamination control

Ability to perform basic oil analysis tests and interpret results

Skills in identifying common lubricant problems and failures

Enhanced understanding of lubrication best practices

Foundation for advanced lubricant analysis training

Learning Outcomes

Understand fundamental lubrication principles and mechanisms

Perform basic oil analysis tests and interpret results

Identify common lubricant contamination and problems

Select appropriate lubricants for different applications

Follow proper sampling and documentation procedures

Apply contamination control techniques and best practices

Prepare for MLA Level II advanced training

Course Modules

Module 1: Lubrication Fundamentals

8 hours

Basic principles of lubrication and lubricant properties

Key Topics

Lubrication theory and mechanisms
Lubricant types and properties
Viscosity and viscosity index
Additives and their functions

Skills Developed

Practical lubricant analysis skills
Contamination control techniques
Lubricant selection expertise

Module 2: Contamination Control

8 hours

Understanding and controlling lubricant contamination

Key Topics

Types of contamination
Contamination sources and effects
Filtration and cleaning methods
Contamination monitoring techniques

Skills Developed

Practical lubricant analysis skills
Contamination control techniques
Lubricant selection expertise

Module 3: Basic Oil Analysis

12 hours

Fundamental oil analysis tests and procedures

Key Topics

Physical property tests
Chemical analysis basics
Particle counting and analysis
Water content determination

Skills Developed

Practical lubricant analysis skills
Contamination control techniques
Lubricant selection expertise

Module 4: Lubricant Selection

8 hours

Selecting appropriate lubricants for different applications

Key Topics

Lubricant selection criteria
Equipment-specific requirements
Operating condition considerations
Lubricant compatibility issues

Skills Developed

Practical lubricant analysis skills
Contamination control techniques
Lubricant selection expertise

Module 5: Sampling and Documentation

8 hours

Proper sampling techniques and documentation procedures

Key Topics

Sampling procedures and techniques
Sample handling and storage
Documentation and record keeping
Quality control and standards

Skills Developed

Practical lubricant analysis skills
Contamination control techniques
Lubricant selection expertise

Who Should Attend?

Maintenance Technicians

Technicians responsible for equipment lubrication and maintenance

Lubrication Specialists

Specialists focused on lubrication programs and oil management

Entry-Level Analysts

New professionals starting their career in lubricant analysis

Plant Operators

Operators involved in equipment monitoring and lubrication

REA MLA Level I Training Program

Comprehensive Lubricant Analysis Training

Lead Instructor: KVK Subramaniyam Naidu - Certified lubricant analyst with 20+ years of experience in oil analysis and contamination control.

Hands-on laboratory training
Industry-standard testing equipment
Real-world case studies and examples
ISO 18436-4 exam preparation

Laboratory Equipment

Viscosity Testers

Kinematic and dynamic viscosity measurement

Particle Counters

Automated particle counting and analysis

Water Content Analyzers

Karl Fischer titration and other methods

Chemical Analysis

Acid number, base number, and other tests