 |
 |
The workshop will introduce and explain the concept
of Scientific Processing for Injection Molding.
Scientific principles related to the complete molding process, from the drying of the resin to
the packaging of the finished product will be discussed. Design of Experiments and Rheological
Shear imbalances specifically for Injection Molding will be covered. Plastic Pressure in the mold
cavity is the final indication of the quality of the part and the repeatability of the process. A
section of the course will explore this concept. The attendee will get an complete insight on
establishing a robust injection molding process and to improve the efficiency of existing processes.
|
| Course Content |
 |
Scientific Processing |
|
Plastic Flow |
|
Scientific Molding |
|
Advanced Techniques |
|
Trouble shooting |
|
|
| Who Should Attend |
|
Process Engineers Learn how to establish a robust injection molding processes
Managers: Learn how a robust process can improve the efficiency and reduce scrap.
Mold Makers: Learn how you can debug and qualify a mold before you send it over to your customer.
Product Development Engineers: Learn how to shorten the time from first shots to final production.
Quality Personnel: Learn how a robust process can improve Statistical Process Capability.
|
 |
 |
 |
Highest Plastic content in a 4 wheeler by weight |
|
Highest Plastic content in a 2 wheeler by weight |
|
Highest Contribution in performance - For highest contribution in performance to Auto |
|
Industry through Plastic Utilization |
|
Environmental Award - Highest contribution for environmental protection through plastic components |
|
Innovative Design Award - For the best Innovative Design Idea incorporated in a 4 wheeler/2 wheeler with Plastic components |
|
|
|