How to Eliminate Problem Sources and Inaccessible Areas

Transmission Cutaway

How to Eliminate Problem Sources and Inaccessible Areas

Transmission Cutaway

Step 2 in Autonomous Maintenance is to correct sources of dirt and grime; prevent spattering and improve accessibility of hard to clean areas, shortening the time it takes to clean and lubricate. Correct the sources  of contamination so it’s easier to keep equipment clean, improving reliability and maintainability.

Large covers hinder the inspection, cleaning, and lubrication. How can we overcome these drawbacks? Make guards as small as possible and bring them as close as possible to the contamination. This is one strategy that focuses on removing the source of problems and eliminating hard to access areas.  Using localized regulations to control contamination produces both tangible and intangible benefits:

  1. Accelerated deterioration stops because dirt and grime don’t penetrate to the critical, functional part of the equipment. This reduces breakdowns considerably.
  2. Cleaning can be performed quickly.
  3. Easy lubricating and checking.
  4. Setup and change over times are reduced.
  5. Leaders and operators alike use the techniques of continuous improvement.

Preventing accelerated deterioration is the key purpose of autonomous maintenance. Some deterioration is natural, even when we clean, lubricate, and correctly use the equipment. Accelerated deterioration happens sooner than it has to, usually resulting from failure to keep equipment clean and lubricated.

To learn more about how Technology Transfer Services can put your organization on a path to world class maintenance, call us at (813) 908-1100 today!

Related Blogs

PID systems used in industrial automation for process control, showing how proportional, integral, and derivative controllers maintain temperature, pressure, flow, and level stability in industrial operations.
What Are PID Systems and Why Do They Matter in Industrial Operations?

What Is a PID System? A PID controller — Proportional-Integral-Derivative controller — is the most widely used feedback control mechanism […]

Maintenance workforce training program focused on reliability improvement, preventive maintenance, troubleshooting, MTTR reduction, and equipment uptime in industrial facilities.
How Maintenance Workforce Training Improves Reliability and Uptime
Learn how maintenance workforce training improves reliability, reduces downtime, lowers MTTR, increases MTBF, and strengthens industrial workforce performance.
Technical workforce assessment evaluating employee competencies, skills gaps, and workforce readiness in an industrial facility.
What Is a Technical Workforce Assessment?
Learn how technical workforce assessments help industrial organizations identify skills gaps, improve workforce readiness, reduce downtime, and align training with operational goals.