How Hidden Contaminants Lead to Machine Failures and Downtime
If a machine is to provide service life past its warranty stage, its designer must envision and consider all operating conditions under which it will operate in... Read more.
Stop Guessing: How to Determine the Right Oil Change Interval
Lubricants encounter negative influences throughout their working life, including load-induced shear stress, thermal degradation, water contamination, aeration,... Read more.
Why Bearings Fail: Lubrication Mistakes Cause 70% of Breakdowns
It's very much a lubrication issue. To prevent two metal surfaces from welding due to excess friction, keep them apart when expected to interact. A suitable fil... Read more.
Ensuring Reliable Motor Performance: A Guide to Precision Maintenance
In the most basic of terms, an electric motor is a simple device that converts electrical energy into rotary motion that, when transmitted to a driven load, wil... Read more.
From Grease Guns to Hydraulics: Understanding Pressurized Fluid Hazards
Safety in the workplace is paramount. Few people would disagree with this statement, especially working professionals in the maintenance and lubrication fields,... Read more.
Mastering the Grease Gun: Essential Practices for Effective Lubrication
Grease guns seem simple enough. But how well do you know yours? Do you know how to correctly cartridge and bulk load your gun? Do you know how to expel trapped ... Read more.
Mastering the 5 Stages of Bearing Life for Improved Reliability
All bearings are destined to fail eventually. While ineffective lubrication practices are arguably the greatest contributing factor in such failures, the root c... Read more.
Preventing “Creep to Failure” in Mechanical Systems
In my recent article, "Improve The Reliability of Hydraulic Systems for Just Pennies A Day," I used the term "creep to failure." It describes mechanical systems... Read more.
Improve The Reliability of Hydraulic Systems for Just Pennies A Day
Despite their complexity, hydraulic systems are forgiving in nature. In most cases, they can perform well for a long time before any significant or catastrophic... Read more.
Contamination – The Overlooked Machine Killer
If a machine is to provide service life past its warranty stage, its designer must envision and consider all operating conditions under which it will operate in... Read more.
Machine Mapping: Charting Assets for Remarkable Reliability
Making sense of any production or maintenance workflow, process, or procedure requires a textual map in the form of a diagram, visual representation, or an orde... Read more.
The Clean Oil Imperative: Why You Can’t Afford Dirty Lubricants
The online resource Dictionary.com defines the word "clean" as "free from dirt" and "free from foreign and extraneous matter." To most, "clean" is a subjective ... Read more.
A New Lubrication Management Strategy to Reclaim Machine Reliability?
Lubricants are often thought of as a machine's lifeblood. To protect machine investment and perform as designed, their needs and end-user requirements must be u... Read more.
The Lubrication Manual That Will Give You Peace of Mind
In the maintenance world, tools are indispensable because they allow a maintainer to perform and complete work safely, consistently, and efficiently. When we th... Read more.
Yes, Lubricants Have a Shelf Life Too. Here’s How to Extend It.
Most lubricant products include a "best before date" on the packaging and labeling materials. Provided as a "when to use by" guide, these dates are based on a m... Read more.
How to Extend the Life of Your Bearings with Effective Lubrication
There are few definitive studies on rolling-element bearing reliability /life based on industry uses and working conditions. However, many claims indicate that ... Read more.
A 7-Step Lubrication Strategy for Harsh Working Environments
When it comes to harsh working environments, the resource sector reflects some of the most brutal. Equipment reliability is paramount in light of such condition... Read more.