Manufacturing Technology Certificate: PLASTICS

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Catalog
	ACE Approved Courses for Academic Credit
	Manufacturing Technology Certificates (MTC)
		Manufacturing Technology Certificate: METALS
		Manufacturing Technology Certificate: PAINT & FINISHING
		Manufacturing Technology Certificates: PLASTICS - PRIMARY PROCESSING
		Manufacturing Technology Certificate: PLASTICS - INJECTION MOLDING
		Manufacturing Technology Certificate: PLASTICS - ADVANCED INJECTION MOLDING
			MTC PLASTICS-ADVANCED INJ. MOLDING: E-course License Package
			Advanced Injection Molding Processes
			Insert Molding & Encapsulation
			Multi-color and Co-Injection Molding
			Thin Wall Molding
			Automation of Inj. Molding Process
			Cost Reduction of Injection Molded Parts
			Design Concepts For Molded Parts
			Finite Element Analysis, Prototyping
			Gas Assist Part & Mold Design
		Manufacturing Technology Certificate: PRODUCT DEVELOPMENT
		Manufacturing Technology Certificate: MATERIALS (NON-METALLIC)
		Manufacturing Technology Certificate: ASSEMBLY & DESIGN FOR PLASTIC PARTS
		Manufacturing Technology Certificate: PLASTICS TOOLING
		Manufacturing Technology Certificate: INDUSTRIAL AUTOMATION AND ROBOTICS
		Manufacturing Technology Certificate: INDUSTRIAL MANUFACTURING
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Manufacturing Technology Certificate: PLASTICS - ADVANCED INJECTION MOLDING

Manufacturing Technology Certificate PLASTICS - ADVANCED INJECTION MOLDING: Take advantage of the Discounted Pricing given for purchasing the entire bundled package of 6 e-courses. 45 Total Contact Hours.

MTC PLASTICS-ADVANCED INJ. MOLDING: E-course License Package

To earn your MTC in Plastics - Advanced Injection Molding complete the first 4 listed e-courses below. Then choose an additional 2 from the remaining plastics curriculum (6 courses total). Please specify the 2 additional courses you would like to include in the MTC after purchasing this package.

Price: $1,030.00

Advanced Injection Molding Processes

The Advanced Injection Molding Processes Course contains discussions on two process technologies. The first technology discussed is called Multi-Live-Feed molding, more commonly referred to as the ScorimTM process (Scorim is an acronym for Shear Controlled ORientation Injection Molding). The second technology discussed is called Pulsed Mold Temperature Control. Information on the equipment, hardware, benefits and limitations on both process are also discussed. Several cases studies detailing applications in which these processes are also included.
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Price: $295.00

Insert Molding & Encapsulation

The Insert Molding and Encapsulation course covers the techniques used in molding a wide variety of common plastic components. Insert molding is a form of injection molding where molten plastic is injected into the mold and surrounds or backs an insert previously placed in the mold. The insert can take a variety of forms, ranging from a threaded metal piece, a decorated film to another plastic or metal part. The machines, inserts, and the techniques of over molding and glass encapsulation are described. In mold decoration behind film and the encapsulation of electrical components are examined in detail.
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Price: $295.00

Multi-color and Co-Injection Molding

The Multi-color and Co-Injection Molding Course discusses and compares the different types of multi-material molding such as Mono-Sandwich molding and Co-Injection molding. The benefits and limitations of sandwich molding as well as the applications where they are useful are also stated. The course reviews the materials used and the issues that need to be considered with each, such as laminar flow, fountain flow, material shrinkage, material viscosity, and adhesion of the materials. Finally, the program highlights the different types of equipment used in multi-material molding, the process controls involved, and specific applications that have used multi-material molding.
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Price: $295.00

Thin Wall Molding

The Thin Wall Molding Course covers topics on implementing the thin wall molding technique including: material considerations, design and processing, and advantages and limitations. Thin wall molding machinery, and several examples of applications and case studies are also shown.
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Price: $295.00

Automation of Inj. Molding Process

The Automation of the Injection Molding Process course deals with the fundamental concepts of automating an injection molding operation, from the arrival of the material in the facility, the material’s passage to and through the injection molding machine, and the handling of parts in the immediate vicinity of the molding machine. The focus will be upon the decision factors influencing choices about automation in and around the injection molding machine, and also on the technical aspects of equipment used in the automation process.
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Price: $295.00

Cost Reduction of Injection Molded Parts

The Cost Reduction of Injection Molded Parts course addresses the many variables that affect the different stages of injection molding, including a number of processes dependent on operator set-up and several functions performed by auxiliary equipment.
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Price: $295.00

Design Concepts For Molded Parts

The Design Concepts For Molded Parts outlines the basic design factors and comments on their significance to part function, cost, and reliability. Each of these factors are discussed providing concise design guidelines and illustrated examples. Descriptions of pitfalls associated with common design errors demonstrate that there is more to part design than achieving the desired appearance and fitting to mating parts. To summarize the concepts, a list of the most critical concepts of part design is provided. The relationships between part design features and part performance in the field are also described in detail.
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Price: $295.00

Finite Element Analysis, Prototyping

Within the Finite Element Analysis (FEA), Virtual Prototyping and Validation course various techniques are discussed, with examples and common tools available. In addition, two stages in the virtual design process are also evaluated. The first is the creation of the engineering design, and the second is the evaluation of the design. The tools for each are also reviewed. Exploration of the different forms of computer-aided design (CAD) such as, wire frame geometry, surface modeling, and solid modeling are key features of this course which will improve your understanding of design evaluation using simulations and virtual prototyping.

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Price: $295.00

Gas Assist Part & Mold Design

The Gas Assist Part & Mold Design course offers insight into the hardware & components used in gas assist, the polymer parameters, the gas injection parameters, the mold parameters, as well as the gas assist injection techniques and design considerations.
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Price: $345.00

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