PaulsonTraining | Injection Molding Polystyrene @PaulsonTraining | Uploaded 11 years ago | Updated 7 hours ago
This training lesson teaches personnel how to expertly process polystyrene in the injection molding process. It describes the properties and molding characteristics of polystyrene and explores ways to improve your molding process.
Among the topics covered are the plastics characteristics, start-up procedures and shutdown techniques. How to solve typical molding problems encountered with the material. This thorough understanding of the material will allow personnel to process it efficiently and safely. More information can be found at:
http://www.paulsontraining.com/products/understanding-materials-for-profitable-molding
Polystyrene is one of the most widely used plastics. Polystyrene can be naturally transparent, but can be colored with colorants. Uses include protective packaging (such as packing peanuts and CD and DVD cases), containers such as "clamshells", lids, bottles, trays, tumblers, and disposable cutlery.
Other courses include:
PC Polycarbonate
PP Polypropylene
PE Polyethylene
ABS (Acrylonitrile Butadiene Styrene)
Nylon(s)
PS (General Purpose Polystyrene)
PMMA Acrylics (Polymethylmethalcrylate)
POM (Acetal and Acetal Copolymers)
PBT and Alloys (Polyester)
TPE/TPO
This training lesson teaches personnel how to expertly process polystyrene in the injection molding process. It describes the properties and molding characteristics of polystyrene and explores ways to improve your molding process.
Among the topics covered are the plastics characteristics, start-up procedures and shutdown techniques. How to solve typical molding problems encountered with the material. This thorough understanding of the material will allow personnel to process it efficiently and safely. More information can be found at:
http://www.paulsontraining.com/products/understanding-materials-for-profitable-molding
Polystyrene is one of the most widely used plastics. Polystyrene can be naturally transparent, but can be colored with colorants. Uses include protective packaging (such as packing peanuts and CD and DVD cases), containers such as "clamshells", lids, bottles, trays, tumblers, and disposable cutlery.
Other courses include:
PC Polycarbonate
PP Polypropylene
PE Polyethylene
ABS (Acrylonitrile Butadiene Styrene)
Nylon(s)
PS (General Purpose Polystyrene)
PMMA Acrylics (Polymethylmethalcrylate)
POM (Acetal and Acetal Copolymers)
PBT and Alloys (Polyester)
TPE/TPO
![Lesson 3 - [SPANISH] Plastic Behavior During Molding](https://i.ytimg.com/vi/ugTQXgFc5GA/hqdefault.jpg "Lesson 3 - [SPANISH] Plastic Behavior During Molding
© Paulson Training Programs, Inc.
Lección n. ° 3 - Comportamiento plástico en el moldeo por inyección del nuevo programa de capacitación Formación de moldeo por inyección con SkillBuilder de Paulson
Regístrese para una prueba de entrenamiento aquí:
http://plasticstrainingcenter.com/Plastics-TestDrive-YouTube.html
Los materiales plásticos tienen algunas características únicas. Una comprensión profunda del comportamiento de los plásticos es fundamental para convertirse en un moldeador por inyección experto.
Esta lección es del nuevo programa de entrenamiento de Paulson llamado The Technology of Injection Molding - Level One. El programa es una actualización de la versión anterior que se llamó Moldeo por inyección práctico: básico con SkillBuilder.
Este programa representa una actualización significativa con respecto a la versión anterior, tanto en calidad de video actualizado como en animaciones HD, y contenido completamente revisado que refleja las mejores prácticas actuales de maquinaria y moldeo por inyección.
Y un técnico experto en moldeo entiende el moldeo desde el punto de vista del plástico y puede resolver problemas de moldeo al comprender el papel clave que desempeñan las cuatro variables plásticas primarias en el moldeo por inyección. Estas 4 variables son: calor, flujo, presión y enfriamiento.
La ciencia detrás del moldeo por inyección y las crecientes capacidades de la máquina dictan que un enfoque científico tecnológico para el moldeo por inyección es la clave del éxito comercial. Usando Paulson, su personal de producción:
• Aprenda a procesar desde el punto de vista del plástico
• Finalmente, comprenda qué significa realmente el moldeado científico
• Reduzca las tasas de rechazo, el tiempo de inactividad y los tiempos de ciclo, todo lo cual aumenta su beneficio
Usamos lo último en animaciones 3D para llevarlo dentro del proceso de moldeo, mostrándole lo que no puede ver en el piso de producción. El plástico se comporta según leyes físicas predecibles y no sabe ni le importa en qué tipo de máquina se encuentra, la hora del día o la pieza que fabrica. Comprender el procesamiento desde el punto de vista de los plásticos (PPV Molding ™) es la clave para el moldeado de clase mundial.
Combinado con SkillBuilder, nuestro simulador de máquina de moldeo por inyección, la capacitación interactiva de Paulson es la plataforma de aprendizaje más efectiva disponible en la industria.")
![Lesson #1 - [SPANISH] Injection Molding Machine Parts and Operation](https://i.ytimg.com/vi/wAxFPjhm15A/hqdefault.jpg "Lesson #1 - [SPANISH] Injection Molding Machine Parts and Operation
Lesson #1 - Molding Machine Parts and Operation
© Paulson Training Programs, Inc.
Lesson #1 - Molding Machine Parts and Operation-The Technology of Injection Molding – Level One
Sign-Up for a Free TestDrive here:
http://plasticstrainingcenter.com/Plastics-TestDrive-YouTube.html
This video is a short excerpt from Lesson #1 of Paulson Trainings latest injection molding training program titled Technology of Injection Molding.
This lesson focuses on the major parts of an injection molding machine and the overall operation of the injection molding machine.
This lesson on the molding machine includes hands-on lab lessons using SkillBuilder™. SkillBuilder is a cloud-based application powered by Paulsons exclusive online injection molding machine simulator that can be accessed anywhere in the world 24/7 giving your employees maximum training flexibility. All Paulson Training courses are available both online through our LMS or your companys LMS.
The science behind injection molding and ever increasing machine capabilities dictate that a technological scientific approach to injection molding is critical to business success. Using Paulson, your production personnel will:
• Learn to process from the “plastic’s point of view” (PPV)
• Finally understand what scientific molding really means
• Reduce scrap rates, downtime and cycle times, all increasing your profit
With our stunning HD 3D animations, we take you inside the molding process, showing you what you can’t see on the production floor. Plastic behaves according to known physical laws. The plastic doesn’t know or care what type of machine it is in, the time of day, or the part it is making. Understanding processing from the plastics point of view (PPV Molding™) is the key to consistency, minimal scrap, lowest possible cycle times and the highest possible profit.
Using the Technology of Injection Molding training program and our state-of-the-art hands-on molding simulation labs with SkillBuilder & SimTech, your employees will have access to the absolute most intensive, most high-tech and most effective training ever available to injection molders.")
