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    • Successful manufacturing requires mastery of a critical body of knowledge that includes essential concepts in applied mathematics, measurement and inspection, safety, and quality/lean.

    • Materials are very important to manufacturing and determine how well your application performs. Today, options include metals, ceramics, plastics, and composites, to name a few.

    • Machining best practices are specific to either the task or the device. For grinding, metal-cutting, or work holding, many tools can be used to complete the task.

    • Every workplace requires an understanding of the essential safety practices and topics that help employees to avoid potential hazards.

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  • HOME
  • CLASSES
    • GENERAL SAFETY
    • MATERIALS
    • METAL CUTTING
    • FOUNDATIONAL
  • CLASSES
    • FOUNDATIONAL
    • MATERIALS
    • METAL CUTTING
    • SAFETY
    • Successful manufacturing requires mastery of a critical body of knowledge that includes essential concepts in applied mathematics, measurement and inspection, safety, and quality/lean.

    • Materials are very important to manufacturing and determine how well your application performs. Today, options include metals, ceramics, plastics, and composites, to name a few.

    • Machining best practices are specific to either the task or the device. For grinding, metal-cutting, or work holding, many tools can be used to complete the task.

    • Every workplace requires an understanding of the essential safety practices and topics that help employees to avoid potential hazards.

    • EXPLORE CLASSES
    • EXPLORE CLASSES
    • EXPLORE CLASSES
    • EXPLORE CLASSES
  • TECH TIPS
    • Band Saws
    • Band Saw Blades
    • Circular Saws
    • Circular Saw Blades
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  • All Classes

    Access to 300+ video lessons in precision metal working, which can include training in tool and die making, welding and sheet metal working.

    Classes Overview

1010 - Safety for Metal Cutting - 11 Lessons

1010 - 01 - How Important is Cutting Safety

1010 - 01 - How Important is Cutting Safety

1010 - 02 - OSHA and Their Guidelines

1010 - 02 - OSHA and Their Guidelines

1010 - 03 - The Risks of Fire

1010 - 03 - The Risks of Fire

1010 - 04 - What are Point of Operation Hazards?

1010 - 04 - What are Point of Operation Hazards?

1010 - 05 - Knowing C-N-C Machine Guarding

1010 - 05 - Knowing C-N-C Machine Guarding

1010 - 06 - Understanding Cutting fluid safety

1010 - 06 - Understanding Cutting fluid safety

1010 - 07 - Regulating Chip Control

1010 - 07 - Regulating Chip Control

1010 - 08 - Proper Lifting Safety

1010 - 08 - Proper Lifting Safety

1010 - 09 - Understanding Tool Handling Safety

1010 - 09 - Understanding Tool Handling Safety

1010 - 10 - Utilizing Worksite Organization

1010 - 10 - Utilizing Worksite Organization

1010 - 11 - Summary

1010 - 11 - Summary

1020 - Machines for Metal Cutting - 8 Lessons

1020 - 01 - Cutting Metal with the Proper Machine

1020 - 01 - Cutting Metal with the Proper Machine

1020 - 02 - About Saws

1020 - 02 - About Saws

1020 - 03 - Types of Band Saws

1020 - 03 - Types of Band Saws

1020 - 04 - How Cold Saws Work

1020 - 04 - How Cold Saws Work

1020 - 05 - About Carbide Saws

1020 - 05 - About Carbide Saws

1020 - 06 - About Hole Saws

1020 - 06 - About Hole Saws

1020 - 07 - About Reciprocating Saws

1020 - 07 - About Reciprocating Saws

1020 - 08 - About Reciprocating Saw Blades

1020 - 08 - About Reciprocating Saw Blades

1030 - Cutting Processes - 3 Lessons

1030 - 01 - Cutting Processes - Basic Cutting Operations

1030 - 01 - Cutting Processes - Basic Cutting Operations

1030 - 02 - Sawing - Basic Cutting Operations

1030 - 02 - Sawing - Basic Cutting Operations

1030 - 03 - Summary - Basic Cutting Operations

1030 - 03 - Summary - Basic Cutting Operations

1050 - Band Saw Blade Basics - 16 Lessons

1050 - 01 - The Basics of Sawing

1050 - 01 - The Basics of Sawing

1050 - 02 - Uses for sawing

1050 - 02 - Uses for sawing

1050 - 03 - Ways to Saw

1050 - 03 - Ways to Saw

1050 - 04 - Hack Sawing and Circular Sawing

1050 - 04 - Hack Sawing and Circular Sawing

1050 - 05 - Band Sawing & Friction Sawing

1050 - 05 - Band Sawing & Friction Sawing

1050 - 06 - Blade Vocabulary

1050 - 06 - Blade Vocabulary

1050 - 07 - Tooth Vocabulary

1050 - 07 - Tooth Vocabulary

1050 - 08 - Tooth Shapes & Angles

1050 - 08 - Tooth Shapes & Angles

1050 - 09 - Tooth Forms

1050 - 09 - Tooth Forms

1050 - 10 - Tooth Sets

1050 - 10 - Tooth Sets

1050 - 11 - Saw Blades Types

1050 - 11 - Saw Blades Types

1050 - 12 - Carbon Blades

1050 - 12 - Carbon Blades

1050 - 13 - BiMetal Blades

1050 - 13 - BiMetal Blades

1050 - 14 - Carbide Blades

1050 - 14 - Carbide Blades

1050 - 15 - Picking your Saw Blade

1050 - 15 - Picking your Saw Blade

1050 - 16 - Summary

1050 - 16 - Summary

1060 - Choosing the Right Band Saw - 18 Lessons

1060 - 01 - Key Features of Band Saws

1060 - 01 - Key Features of Band Saws

1060 - 02 - Blade Material Options

1060 - 02 - Blade Material Options

1060 - 03 - Tooth Preference

1060 - 03 - Tooth Preference

1060 - 04 - Understanding TPI & Tooth Pitch

1060 - 04 - Understanding TPI & Tooth Pitch

1060 - 05 - Figuring Out Tooth Spacing

1060 - 05 - Figuring Out Tooth Spacing

1060 - 06 - Types of Tooth Form

1060 - 06 - Types of Tooth Form

1060 - 07 - Gullet & Gullet Capacity

1060 - 07 - Gullet & Gullet Capacity

1060 - 08 - What is Tooth Set?

1060 - 08 - What is Tooth Set?

1060 - 09 - The Different Types of Tooth Sets

1060 - 09 - The Different Types of Tooth Sets

1060 - 10 - How Shear Plane Angle Can Affect Your Cut

1060 - 10 - How Shear Plane Angle Can Affect Your Cut

1060 - 11 - What is Speed & Feed?

1060 - 11 - What is Speed & Feed?

1060 - 12 - Figuring Out the Right Speed & Feed

1060 - 12 - Figuring Out the Right Speed & Feed

1060 - 13 - Beam Strength

1060 - 13 - Beam Strength

1060 - 14 - Vice Loading and Bundling

1060 - 14 - Vice Loading and Bundling

1060 - 15 - How to Compensate Blade  Limitations

1060 - 15 - How to Compensate Blade Limitations

1060 - 16 - Blade Width

1060 - 16 - Blade Width

1060 - 17 - Blade Break-In

1060 - 17 - Blade Break-In

1060 - 18 - Summary

1060 - 18 - Summary

1040 - Elements of the Cutting Process - 12 Lessons

1040 - 01 - What is Machinability?

1040 - 01 - What is Machinability?

1040 - 02 - The Benefits of Machinability

1040 - 02 - The Benefits of Machinability

1040 - 03 - Gaging Machinability

1040 - 03 - Gaging Machinability

1040 - 04 - Why Machinability is Key?

1040 - 04 - Why Machinability is Key?

1040 - 05 - How Hardness and Strength Affect a Workpiece

1040 - 05 - How Hardness and Strength Affect a Workpiece

1040 - 06 - Consider the Work Hardening Effect

1040 - 06 - Consider the Work Hardening Effect

1040 - 07 - Adding New Material to Metal

1040 - 07 - Adding New Material to Metal

1040 - 08 - Choosing the Right Tool for Your Material

1040 - 08 - Choosing the Right Tool for Your Material

1040 - 09 - Understanding Cutting Variables

1040 - 09 - Understanding Cutting Variables

1040 - 10 - Cut Back on Tool Wear

1040 - 10 - Cut Back on Tool Wear

1040 - 11 - Choose Cutting Variables Wisely

1040 - 11 - Choose Cutting Variables Wisely

1040 - 12 - Summary

1040 - 12 - Summary

2010 - Intro to Materials - 18 Lessons

2010 - 01 - Materials in the Present

2010 - 01 - Materials in the Present

2010 - 02 - The Definition of Properties

2010 - 02 - The Definition of Properties

2010 - 03 - Types of Materials

2010 - 03 - Types of Materials

2010 - 04 - Characteristics of Metals

2010 - 04 - Characteristics of Metals

2010 - 05 - What are Alloy Metals

2010 - 05 - What are Alloy Metals

2010 - 06 - Differences Between Ferrous and Non-Ferrous Metals

2010 - 06 - Differences Between Ferrous and Non-Ferrous Metals

2010 - 07 - Ferrous Metal Application

2010 - 07 - Ferrous Metal Application

2010 - 08 - Classifying Steel

2010 - 08 - Classifying Steel

2010 - 09 - Uses of Stainless Steels and Tool Steels

2010 - 09 - Uses of Stainless Steels and Tool Steels

2010 - 10 - Characteristics of Plastics

2010 - 10 - Characteristics of Plastics

2010 - 11 - Utilizing Plastics

2010 - 11 - Utilizing Plastics

2010 - 12 - Characteristics of Ceramics

2010 - 12 - Characteristics of Ceramics

2010 - 13 - Utilizing Ceramics

2010 - 13 - Utilizing Ceramics

2010 - 14 - Characteristics of Composites

2010 - 14 - Characteristics of Composites

2010 - 15 - Utilizing Composites

2010 - 15 - Utilizing Composites

2010 - 16 - The Purchasing of Materials

2010 - 16 - The Purchasing of Materials

2010 - 17 - Possibilities of Materials

2010 - 17 - Possibilities of Materials

2010 - 18 - Lesson Summary

2010 - 18 - Lesson Summary

2020 - Structure of Metals - 14 Lessons

2020 - 01 - How Important is Structure

2020 - 01 - How Important is Structure

2020 - 02 - The Atom

2020 - 02 - The Atom

2020 - 03 - Valence Electrons

2020 - 03 - Valence Electrons

2020 - 04 - The Periodic Table

2020 - 04 - The Periodic Table

2020 - 05 - The Interaction Between Elements

2020 - 05 - The Interaction Between Elements

2020 - 06 - Ionic and Covalent Bonds

2020 - 06 - Ionic and Covalent Bonds

2020 - 07 - Metallic Bonds

2020 - 07 - Metallic Bonds

2020 - 08 - Molecular Bonding

2020 - 08 - Molecular Bonding

2020 - 09 - Crystal Formations in Metals

2020 - 09 - Crystal Formations in Metals

2020 - 10 - Different Crystal Structures

2020 - 10 - Different Crystal Structures

2020 - 11 - Effects of Crystal Structure

2020 - 11 - Effects of Crystal Structure

2020 - 12 - Crystal Growth

2020 - 12 - Crystal Growth

2020 - 13 - Grains and Strength

2020 - 13 - Grains and Strength

2020 - 14 - Summary

2020 - 14 - Summary

2030 - Mechanical Properties of Metals - 11 Lessons

2030 - 01 - How Important are Metal Properties?

2030 - 01 - How Important are Metal Properties?

2030 - 02 - The Origin of Mechanical Properties

2030 - 02 - The Origin of Mechanical Properties

2030 - 03 -Stress & Strain

2030 - 03 -Stress & Strain

2030 - 04 - What is the Elastic Region?

2030 - 04 - What is the Elastic Region?

2030 - 05 - The Plastic Region

2030 - 05 - The Plastic Region

2030 - 06 - Types of Strength

2030 - 06 - Types of Strength

2030 - 07 - What is Ductility?

2030 - 07 - What is Ductility?

2030 - 08 - Figuring Out Toughness

2030 - 08 - Figuring Out Toughness

2030 - 09 - Discovering Hardness

2030 - 09 - Discovering Hardness

2030 - 10 - Safety Factor

2030 - 10 - Safety Factor

2030 - 11 - Summary

2030 - 11 - Summary

2040 - Physical Properties of Metals - 10 Lessons

2040 - 01 - Defining Physical Properties

2040 - 01 - Defining Physical Properties

2040 - 02 - What is Mass and Weight

2040 - 02 - What is Mass and Weight

2040 - 03 - Defining Density

2040 - 03 - Defining Density

2040 - 04 - Finding Melting Points

2040 - 04 - Finding Melting Points

2040 - 05 - Examining Specific Heat

2040 - 05 - Examining Specific Heat

2040 - 06 - Understanding Thermal Conductivity

2040 - 06 - Understanding Thermal Conductivity

2040 - 07 - What is Thermal Expansion

2040 - 07 - What is Thermal Expansion

2040 - 08 - About Electrical Conductivity

2040 - 08 - About Electrical Conductivity

2040 - 09 - Defining Corrosion and Degradation Resistance

2040 - 09 - Defining Corrosion and Degradation Resistance

2040 - 10 - Summary

2040 - 10 - Summary

2050 - Metal Manufacturing - 12 Lessons

2050 - 01 - Metal Manufacturing's History

2050 - 01 - Metal Manufacturing's History

2050 - 02 - Understanding Metal Manufacturing

2050 - 02 - Understanding Metal Manufacturing

2050 - 03 - Using the Blast Furnace

2050 - 03 - Using the Blast Furnace

2050 - 04 - Working with a Basic Oxygen Furnace

2050 - 04 - Working with a Basic Oxygen Furnace

2050 - 05 - Working with an Electric Arc Furnace

2050 - 05 - Working with an Electric Arc Furnace

2050 - 06 - Defining Casting & Ingots

2050 - 06 - Defining Casting & Ingots

2050 - 07 - Properties of Continuous Casting

2050 - 07 - Properties of Continuous Casting

2050 - 08 - Creating Initial Casting Shapes

2050 - 08 - Creating Initial Casting Shapes

2050 - 09 - What is Hot Working?

2050 - 09 - What is Hot Working?

2050 - 10 - What is Cold Working?

2050 - 10 - What is Cold Working?

2050 - 11 - Understanding Pickling, Annealing and Carburizing

2050 - 11 - Understanding Pickling, Annealing and Carburizing

2050 - 12 - Summary

2050 - 12 - Summary

2060 - How To Classify Metals - 12 Lessons

2060 - 01 - Why Steel is so Important

2060 - 01 - Why Steel is so Important

2060 - 02 - The Importance of Classifying Metals

2060 - 02 - The Importance of Classifying Metals

2060 - 03 - The Differences Between Metals

2060 - 03 - The Differences Between Metals

2060 - 04 - Institutions to Know

2060 - 04 - Institutions to Know

2060 - 05 - Carbon Steel

2060 - 05 - Carbon Steel

2060 - 06 - Carbon Steel Classification

2060 - 06 - Carbon Steel Classification

2060 - 07 - Plain Carbon Steel

2060 - 07 - Plain Carbon Steel

2060 - 08 - Alloy Steels

2060 - 08 - Alloy Steels

2060 - 09 - Varieties of Steel

2060 - 09 - Varieties of Steel

2060 - 10 - Non-ferrous Metals

2060 - 10 - Non-ferrous Metals

2060 - 11 - When Identification Gets Tough

2060 - 11 - When Identification Gets Tough

2060 - 12 - Summary

2060 - 12 - Summary

2070 - Non-ferrous Metals and Alloys - 13 Lessons

2070 - 01 - Non-Ferrous Metals Today

2070 - 01 - Non-Ferrous Metals Today

2070 - 02 - What is an Alloy?

2070 - 02 - What is an Alloy?

2070 - 03 - Characteristics of Aluminum

2070 - 03 - Characteristics of Aluminum

2070 - 04 - Types of Aluminum Alloys

2070 - 04 - Types of Aluminum Alloys

2070 - 05 - Characteristics of Copper

2070 - 05 - Characteristics of Copper

2070 - 06 - Copper Alloys

2070 - 06 - Copper Alloys

2070 - 07 - Titanium Alloys

2070 - 07 - Titanium Alloys

2070 - 08 - Magnesium Alloys

2070 - 08 - Magnesium Alloys

2070 - 09 - Nickel & Zinc Alloys

2070 - 09 - Nickel & Zinc Alloys

2070 - 10 - Lead & Tin

2070 - 10 - Lead & Tin

2070 - 11 - Superalloys

2070 - 11 - Superalloys

2070 - 12 - Selecting the Best Alloy

2070 - 12 - Selecting the Best Alloy

2070 - 13 - Summary

2070 - 13 - Summary

2080 - Overview of Exotic Metals - 13 Lessons

2080 - 01 - What are Exotic Alloys?

2080 - 01 - What are Exotic Alloys?

2080 - 02 - Understanding Exotic Alloys & Superalloys

2080 - 02 - Understanding Exotic Alloys & Superalloys

2080 - 03 - Knowing the Properties of Exotic Metals & Superalloys

2080 - 03 - Knowing the Properties of Exotic Metals & Superalloys

2080 - 04 - Applications of Exotic Metals & Superalloys

2080 - 04 - Applications of Exotic Metals & Superalloys

2080 - 05 - Properties of Iron-Based Superalloys

2080 - 05 - Properties of Iron-Based Superalloys

2080 - 06 - Properties of Nickel-Based Superalloys

2080 - 06 - Properties of Nickel-Based Superalloys

2080 - 07 - Varieties of Nickel-Based Superalloys

2080 - 07 - Varieties of Nickel-Based Superalloys

2080 - 08 - Properties of Cobalt-Based Superalloys

2080 - 08 - Properties of Cobalt-Based Superalloys

2080 - 09 - What is Titanium?

2080 - 09 - What is Titanium?

2080 - 10 - What is Tantalum?

2080 - 10 - What is Tantalum?

2080 - 11 - Understanding Other Exotic Metals

2080 - 11 - Understanding Other Exotic Metals

2080 - 12 - Analyzing Industry Trends

2080 - 12 - Analyzing Industry Trends

2080 - 13 - Summary

2080 - 13 - Summary

2090 - Heat Treatment of Steel - 17 Lessons

2090 - 01 - Defining Heat Treatment

2090 - 01 - Defining Heat Treatment

2090 - 02 - Knowing the Phases of Steel

2090 - 02 - Knowing the Phases of Steel

2090 - 03 - Understanding the Effects of Carbon Content

2090 - 03 - Understanding the Effects of Carbon Content

2090 - 04 - What are Hypoeutectoid and Hypereutectoid Steels?

2090 - 04 - What are Hypoeutectoid and Hypereutectoid Steels?

2090 - 05 - When Does Pearlite Form?

2090 - 05 - When Does Pearlite Form?

2090 - 06 - Creating Bainite

2090 - 06 - Creating Bainite

2090 - 07 - Creating Martensite

2090 - 07 - Creating Martensite

2090 - 08 - The Process of Annealing

2090 - 08 - The Process of Annealing

2090 - 09 - The Different Processes of Annealing

2090 - 09 - The Different Processes of Annealing

2090 - 10 - Understanding Normalizing

2090 - 10 - Understanding Normalizing

2090 - 11 - Using Quenching

2090 - 11 - Using Quenching

2090 - 12 - Tempering Martensite

2090 - 12 - Tempering Martensite

2090 - 13 - Combination of Heat Treatment Steps

2090 - 13 - Combination of Heat Treatment Steps

2090 - 14 - Understanding Hardenability

2090 - 14 - Understanding Hardenability

2090 - 15 - Knowing the Types of Furnaces

2090 - 15 - Knowing the Types of Furnaces

2090 - 16 - Utilizing Surface Hardening

2090 - 16 - Utilizing Surface Hardening

2090 - 17 - Lesson Summary

2090 - 17 - Lesson Summary

3010 - Personal Protective Equipment - 13 Lessons

3010 - 01 - Why Use Personal Protective Equipment?

3010 - 01 - Why Use Personal Protective Equipment?

3010 - 02 - Knowing OSHA PPE Requirements

3010 - 02 - Knowing OSHA PPE Requirements

3010 - 03 - The Process of a Hazard Assessment

3010 - 03 - The Process of a Hazard Assessment

3010 - 04 - Choosing Personal Protective Equipment

3010 - 04 - Choosing Personal Protective Equipment

3010 - 05 - Using Standards Development

3010 - 05 - Using Standards Development

3010 - 06 - Understanding PPE Training

3010 - 06 - Understanding PPE Training

3010 - 07 - Wearing Eyes and Face Protection

3010 - 07 - Wearing Eyes and Face Protection

3010 - 08 - Understanding the Types of Eye and Face Protection

3010 - 08 - Understanding the Types of Eye and Face Protection

3010 - 09 - When to Wear Hearing Protection

3010 - 09 - When to Wear Hearing Protection

3010 - 10 - Using Head Protection

3010 - 10 - Using Head Protection

3010 - 11 - Knowing the Types of Hard Hats

3010 - 11 - Knowing the Types of Hard Hats

3010 - 12 - Wearing Foot and Leg Protection

3010 - 12 - Wearing Foot and Leg Protection

3010 - 13 - When to Use Special Purpose Safety Shoes

3010 - 13 - When to Use Special Purpose Safety Shoes

3020 - Machine Guarding - 15 Lessons

3020 - 01 - Introduction

3020 - 01 - Introduction

3020 - 02 - Understanding Machine Components

3020 - 02 - Understanding Machine Components

3020 - 03 - Understanding Machine Motion

3020 - 03 - Understanding Machine Motion

3020 - 04 - Understanding Machine Actions

3020 - 04 - Understanding Machine Actions

3020 - 05 - Understanding Machine Activity

3020 - 05 - Understanding Machine Activity

3020 - 06 - Basic Safeguarding Regulation

3020 - 06 - Basic Safeguarding Regulation

3020 - 07 - Standard Safeguarding Procedures

3020 - 07 - Standard Safeguarding Procedures

3020 - 08 - Types of Machine Guards

3020 - 08 - Types of Machine Guards

3020 - 09 - Types of Safeguarding Devices 2

3020 - 09 - Types of Safeguarding Devices 2

3020 - 10 - Types of Foot Control Safeguards

3020 - 10 - Types of Foot Control Safeguards

3020 - 11 - Location-Based Safeguards

3020 - 11 - Location-Based Safeguards

3020 - 12 - Feeding & Ejecting Safeguards

3020 - 12 - Feeding & Ejecting Safeguards

3020 - 13 - Understanding  Lockout-Tagout Procedures

3020 - 13 - Understanding Lockout-Tagout Procedures

3020 - 14 - The Importance of Employee Training

3020 - 14 - The Importance of Employee Training

3020 - 15 - Lesson Summary

3020 - 15 - Lesson Summary

3030 - Hand and Power Tool Safety - 13 Lessons

3030 - 01 - How Important is Hand and Power Tool Safety

3030 - 01 - How Important is Hand and Power Tool Safety

3030 - 02 - Understanding Hand and Power Tool Basics

3030 - 02 - Understanding Hand and Power Tool Basics

3030 - 03 - Utilizing Worksite Organization

3030 - 03 - Utilizing Worksite Organization

3030 - 04 - Knowing Your Tool Maintenance and Handling

3030 - 04 - Knowing Your Tool Maintenance and Handling

3030 - 05 - What is Personal Protective Equipment

3030 - 05 - What is Personal Protective Equipment

3030 - 06 - Point of Operation Safety

3030 - 06 - Point of Operation Safety

3030 - 07 - Using Electric Tool Safety

3030 - 07 - Using Electric Tool Safety

3030 - 08 - Following Abrasive Wheel Tool Safety

3030 - 08 - Following Abrasive Wheel Tool Safety

3030 - 09 - Fuel and Hydraulic Tool Safety

3030 - 09 - Fuel and Hydraulic Tool Safety

3030 - 10 - Defining Ergonomics

3030 - 10 - Defining Ergonomics

3030 - 11 - The Importance of Good Posture

3030 - 11 - The Importance of Good Posture

3030 - 12 - Enduring Repetition, Force and Vibration

3030 - 12 - Enduring Repetition, Force and Vibration

3030 - 13 - Summary

3030 - 13 - Summary

3040 - Metalworking Fluid Safety - 18 Lessons

3040 - 01 - Defining Metalworking Fluid Safety

3040 - 01 - Defining Metalworking Fluid Safety

3040 - 02 - Finding MWF Information Resources

3040 - 02 - Finding MWF Information Resources

3040 - 03 - Using Straight Oil and Soluble Oil MWFs

3040 - 03 - Using Straight Oil and Soluble Oil MWFs

3040 - 04 - Using Semi-Synthetic and Synthetic MWFs

3040 - 04 - Using Semi-Synthetic and Synthetic MWFs

3040 - 05 - Learning About Harmful Substance in MWFs

3040 - 05 - Learning About Harmful Substance in MWFs

3040 - 06 - Avoiding Inhalation and Ingestion

3040 - 06 - Avoiding Inhalation and Ingestion

3040 - 07 - Limiting Skin Contact and Eye Contact

3040 - 07 - Limiting Skin Contact and Eye Contact

3040 - 08 - Defining Factors that Increase Exposure

3040 - 08 - Defining Factors that Increase Exposure

3040 - 09 - Understanding MWF Health Effects - Skin Disorders

3040 - 09 - Understanding MWF Health Effects - Skin Disorders

3040 - 10 - Understanding MWF Health Effects - Long Term

3040 - 10 - Understanding MWF Health Effects - Long Term

3040 - 11 - Using Engineering Controls

3040 - 11 - Using Engineering Controls

3040 - 12 - Types of Ventilation Systems

3040 - 12 - Types of Ventilation Systems

3040 - 13 - Utilizing Worksite Organization

3040 - 13 - Utilizing Worksite Organization

3040 - 14 - Knowing the Proper Personal Protective Equipment

3040 - 14 - Knowing the Proper Personal Protective Equipment

3040 - 15 - Using Proper Sanitation and Hygiene

3040 - 15 - Using Proper Sanitation and Hygiene

3040 - 16 - Understanding Fluid Maintenance

3040 - 16 - Understanding Fluid Maintenance

3040 - 17 - What is a Fluid Management Occupational Safety and Health Program?

3040 - 17 - What is a Fluid Management Occupational Safety and Health Program?

3040 - 18 - Summary

3040 - 18 - Summary

3050 - Reduction and Hearing Conservation - 5 Lessons

3050 - 01 - How Important is Hearing Conservation?

3050 - 01 - How Important is Hearing Conservation?

3050 - 02 - Knowing Sound vs. Noise

3050 - 02 - Knowing Sound vs. Noise

3050 - 03 - Noise and Ear Anatomy

3050 - 03 - Noise and Ear Anatomy

3050 - 04 - What is Conductive Hearing Loss

3050 - 04 - What is Conductive Hearing Loss

3050 - 05 - Varieties of Hearing Loss Sensorineural

3050 - 05 - Varieties of Hearing Loss Sensorineural

4010 - Quality Overview - 15 Lessons

4010 - 01 - Why Quality is Important

4010 - 01 - Why Quality is Important

4010 - 02 - Defining Quality in the Workplace

4010 - 02 - Defining Quality in the Workplace

4010 - 03 - Consequences of Poor Quality

4010 - 03 - Consequences of Poor Quality

4010 - 04 - Building Quality Products

4010 - 04 - Building Quality Products

4010 - 05 - Building Quality Processes

4010 - 05 - Building Quality Processes

4010 - 06 - What Are External Customers?

4010 - 06 - What Are External Customers?

4010 - 07 - What Are Internal Customers?

4010 - 07 - What Are Internal Customers?

4010 - 08 - Why Engineering Is Essential to Quality

4010 - 08 - Why Engineering Is Essential to Quality

4010 - 09 - Designing for Quality

4010 - 09 - Designing for Quality

4010 - 10 - Quality and Production

4010 - 10 - Quality and Production

4010 - 11 - The Chancing Production Process

4010 - 11 - The Chancing Production Process

4010 - 12 - The Relationship Between Quality and Purchasing

4010 - 12 - The Relationship Between Quality and Purchasing

4010 - 13 - Defining Quality & Sales

4010 - 13 - Defining Quality & Sales

4010 - 14 - Ensuring Organizations - Wide Quality

4010 - 14 - Ensuring Organizations - Wide Quality

4010 - 15 - Summary

4010 - 15 - Summary

4020 - Approaches to Maintenance - 14 Lessons

4020 - 01 - Understanding the Importance of Maintenance

4020 - 01 - Understanding the Importance of Maintenance

4020 - 02 - Evolution of Maintenance

4020 - 02 - Evolution of Maintenance

4020 - 03 - Using Reactive Maintenance (RM)

4020 - 03 - Using Reactive Maintenance (RM)

4020 - 04 - Understanding Preventive Maintenance

4020 - 04 - Understanding Preventive Maintenance

4020 - 05 - Knowing the Limitations of Preventive Maintenance

4020 - 05 - Knowing the Limitations of Preventive Maintenance

4020 - 06 - Using Predictive Maintenance (PDM)

4020 - 06 - Using Predictive Maintenance (PDM)

4020 - 07 - Different Predictive Maintenance Techniques

4020 - 07 - Different Predictive Maintenance Techniques

4020 - 08 - Using Reliability- Centered Maintenance (RCM)

4020 - 08 - Using Reliability- Centered Maintenance (RCM)

4020 - 09 - Knowing the Elements of RCM

4020 - 09 - Knowing the Elements of RCM

4020 - 10 - Total Productive Maintenance (TPM)

4020 - 10 - Total Productive Maintenance (TPM)

4020 - 11 - Selecting a Maintenance Approach

4020 - 11 - Selecting a Maintenance Approach

4020 - 12 - How to Schedule Maintenance Work

4020 - 12 - How to Schedule Maintenance Work

4020 - 13 - Using Effective Maintenance Communication

4020 - 13 - Using Effective Maintenance Communication

4020 - 14 - Lesson Summary

4020 - 14 - Lesson Summary

1070 - Cutting Fluids - 18 Lessons

1070 - 01 - Why Use Cutting Fluid?

1070 - 01 - Why Use Cutting Fluid?

1070 - 02 - The Physics of Cutting Fluid Part 1

1070 - 02 - The Physics of Cutting Fluid Part 1

1070 - 03 - The Physics of Cutting Fluid Part 2

1070 - 03 - The Physics of Cutting Fluid Part 2

1070 - 04 - What Happens to the Workpiece

1070 - 04 - What Happens to the Workpiece

1070 - 05 - Varieties of Cutting Fluid

1070 - 05 - Varieties of Cutting Fluid

1070 - 06 - Oil Based Cutting Fluids Part 1

1070 - 06 - Oil Based Cutting Fluids Part 1

1070 - 07 - Oil Based Cutting Fluids Part 2

1070 - 07 - Oil Based Cutting Fluids Part 2

1070 - 08 - Water Based Cutting Fluids Part 1

1070 - 08 - Water Based Cutting Fluids Part 1

1070 - 09 - Water Based Cutting Fluids Part 2

1070 - 09 - Water Based Cutting Fluids Part 2

1070 - 10 - Oil Based Cutting Fluids Part 3

1070 - 10 - Oil Based Cutting Fluids Part 3

1070 - 11 - Choosing The Right Cutting Fluid

1070 - 11 - Choosing The Right Cutting Fluid

1070 - 12 - Ways to Work with Cutting Fluids

1070 - 12 - Ways to Work with Cutting Fluids

1070 - 13 - Getting the Most Out of Your Cutting Fluid Part 1

1070 - 13 - Getting the Most Out of Your Cutting Fluid Part 1

1070 - 14 - Getting the Most Out of Your Cutting Fluid Part 2

1070 - 14 - Getting the Most Out of Your Cutting Fluid Part 2

1070 - 15 - Testing Your Cutting Fluid and Water

1070 - 15 - Testing Your Cutting Fluid and Water

1070 - 16 - Responsible Disposal Methods

1070 - 16 - Responsible Disposal Methods

1070 - 17 - Safety Precautions

1070 - 17 - Safety Precautions

1070 - 18 - Why Cutting Fluid is Essential?

1070 - 18 - Why Cutting Fluid is Essential?

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