You will learn
- What can be the cause regarding the machine settings
- How to reduce flow resistance
- How to avoid air congestion
- Tricks to test venting
This enables you to
- Understand the cause for the incomplete filling
- Solve existing short shot
- Look out for short shot in advance
About course: Course: Injection molding defects – Incomplete filling
No one in the industry can use a plastic part that is not completely filled. Therefore the defect incomplete filling must never occur in a product and must always be eliminated. In order to do so it is important to understand the cause for this defect. During the design phase of a part, it should be ensured that the wall thickness are correct. In mold design venting needs to be considered.
If problems are “build in” from design phase, the setter at the machine can correct the processing window to reduce the flow resistance or check or adjust the machine.
The earlier the prevention of the defect is started, the cheaper the elimination process will be. For this reason, this course discuss the incomplete filling from the beginning. It describe causes and actions to eliminate an incomplete filling in the future.
By well-known examples from daily life, the root cause of incomplete filling is understandable for everybody.
This course is for
- Mold designer
- Mold maker
- Injection molder
- Quality manager
- Department leader
- Project manager
- Head of Design
- Key Account Management
|For basic skill level|
|Around 60 min in duration|
|Video On-Demand lessons (1)|
|Spoken script by injection molding specialist: Thomas Mann|
|Expertise knowledge described step-by-step in text|
|Additional explanations on important technical terms|
|Full access on computer or mobile for one year|
|Certificate of completion when you finish the course|
(1) Video streaming is part of the e-learning and shall be accessible in your browser.
CEO at STAK
For many years, Prof. Dipl.-Ing. Peter Wippenbeck has been connected to injection molding technology. He started with mechanical engineering and application technology. Even then, the aim was to achieve a perfect product with the best possible economic efficiency. Quite a few customers confronted him with problem cases and asked for solutions and optimized settings in production.
He took on teaching duties at Aalen University, in Germany, in the field of plastic technology in the 70’s to examine the experiences from industry and to pass on his knowledge to future generations of engineers. Soon, he got a managing position there. His work, with international cooperation, led to the establishment of the master’s degree program in Polymer Technology.
Initiated by the professional association of GKV (called TecPart), industrial training in the field of injection molding was intensified additionally to the engineering degree: Several thousand participants at seminars have already been trained by him and qualified in Aalen including a considerable number of foreign employees and trainers, especially from Thailand, India and Indonesia.
In organizational terms, these activities are located at the Steinbeis Innovationszentrum Kunststofftechnik (SIZK, a non-profit company of Steinbeis Innovation gGmbH), while problem-solving is the responsibility of the Steinbeis Transfer Zentrum Aalen Kunststofftechnik (STAK). In both institutes, the author has been engaged in knowledge transfer in the sense of quality improvement and efficiency in injection molding technology.