Tools Archive

OPL – Compressed Air Safety – Air Line Hookup

Illustrate the correct way to hook up compressed air hose for cleaning the line. Pneumatic, Compressed Air Energy Source All lines have now been modified so that it is possible to clean the equipment safely with compressed air while the Main Air is locked out. The configuration on each

4M Analysis Process

Author: | Categories: Blog, Linkedin, Root Cause Analysis 2 Comments
The purpose of this procedure is to define the steps to do a 4M Analysis of a system or subsystem. The goal of this 4M Analysis Procedure is to reduce losses in the factory by using the Equipment Attributes as a guideline to achieve this end. 4M Analysis Steps Define

OPL – One Point Lesson Template – Free Download

Author: | Categories: Linkedin, OPL, Templates 4 Comments
One Point Lesson is a tool to convey information. Designed to enhance knowledge and skills in a short time, at the right time, whenever needed. To upgrade levels of expertise by having individuals study, learn and then train others in the knowledge or skill. One Point Lesson – Portrait

What are One Point Lessons?

Author: | Categories: Blog, Linkedin, OPL No comments
One Point Lessons are short visual presentations on a single point that have three purposes: They sharpen job-related knowledge and skills by communicating information about specific problems and improvements. They easily share important information just-in-time. They improve the team’s performance. Safety This type of lesson fills a safety gap. It

P-M Analysis Basics

Author: | Categories: Tools No comments
P dash M Analysis is a systematic Problem-Solving Philosophy for Chronic Losses. The term P-M Analysis comes from the following origin: P – Phenomena(non), Physical; M – Mechanism, Relationship (Machine, Man/Woman, Material, Method) When To Use P-M Analysis? Root Cause Analysis Two Types of Problem Solving Techniques Why is 5-why Analysis effective?

Deep KAIZEN for Quality Defects

Author: | Categories: Blog, Kaizen, Linkedin, Quality No comments
Quality defect and rework losses are defined as: Material wasted by producing defective products that have to be scrapped; The time lost (less output) when reprocessing defective products that can be turned into good ones. Some typical examples of quality defects and rework Topping up containers outside the line