This video outlines the upcoming Scientific Molding work shop being held at CH3 Solutions in Dalton, GA ..
Plastic411 providing training to CH3 Solutions in Dalton, GA. Great group that takes pride in their job and takes very seriously the importance of their customers!
Core is an in-plant training program that first identifies the strengths and weaknesses of your team,, and then develops in-house training at your plant using your presses and equipment!
This is NOT class room training that is quickly lost with very little retention due to the generic content of many programs that often are not providing information that applies to your plant!
CORE Processor Training System
I am now offering a training program that is specifically designed to address each company’s training needs individually. The CORE program is intended to enforce and compliment the standard training programs available for decoupled and scientific molding.
CORE builds the talents within your processing team by identifying, addressing and removing specific weaknesses through training, development and equipment. The system has a unique set of tools not found in any other program…
Plastics production rides a fine line when the goal of low scrap, high yields and sustainable, repeatable systems are being developed. Without the proper approach, the system can quickly fall into one of two categories: tribulation.. or turmoil. Quite often you will hear old school molders describing their battle for a robust processing system as “fire fighting” in the world of plastic injection molding. In real terms, “fighting fires” on the production floor is a sign of system failure. True molding standards don’t require constant coddling, adjusting, sorting, etc. It is real easy to fall into the trap of applying “Band-Aids” to molding situations when the proper approach should have been……
TOP 10 REASONS COMPANIES FAIL AT SCIENTIFIC MOLDING
Rare is the occasion that you will find me writing an article in first person. I have always just felt that the best way to include my molding peers in the depth of the topics I cover is to put them in the driver’s seat. However this article is best presented with analogies and 30 years past experience. As such, I will be covering 10 scenarios that occur which cause “scientific molding” based companies to fail in their utilization of the principles they attempt to practice. Trust me.. there are many more I could outline, but to prevent readers from sleeping through my soap box episode, I will limit my scope to 10…..
By Garrett MacKenzie
The weekend comes to an end and the time comes to bring the molding floor back online for the beginning of a new work week. A molder can sometimes dread the tasks associated with a full plant restart. There are many potential failures that can occur as a plant is returned to a production state. Despite these risks, much of the headache can be avoided simply through proper shutdown and start up procedures. The following article addresses many key components that often lead to poor restarts. It also provides insight into some of the methods that can be implemented to not only reduce system breakdowns, but also can offer smoother start-ups with fewer problems…
By Garrett MacKenzie
Plastic injection processing has experienced massive change in the last 20 years. The days of molding by time and pressure have given way to molding by position, peak pressure and robust process. RJG and John Bozzelli were major pioneers in the development of decoupled and scientific molding as the procedures were developed and given structure. Plastic injection as an “art” gave way to plastics processing as a science of repeatable, standardized processes.
By Garrett MacKenzie
It is possible for machines to run too fast—find the sweet spot where maximum output overlaps with good parts.
In today’s fast paced plastic injection industry, lean manufacturing is a primary driver of profitability. Without lean, organizations find their operations are sluggish and ineffective. This not only affects a company’s ability to successfully grow and prosper, but the capability of taking on new work also suffers because current systems have not been effectively streamlined. This article addresses cycle time optimization, outlining the different variables within the molding process that can be used to maximize profits.
One of the first points that needs to be made when addressing this topic is to acknowledge that it is possible for machines to run too fast. Every molding job is different, and the following conditions must be satisfied to properly assure that the optimization is successful……
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