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Content

Plastics


Plastics



PLASTIC THERMOFORMING

Plastic thermoforming is the process of producing parts by heating and shaping plastic sheet and film. Using shop floor footage and detailed animations, this program highlights both cut sheet and roll fed thermoforming operations, and features segments on clamping systems, heating systems, thermoforming mold types, forming forces, and trimming processes.

The basic thermoforming methods are also examined, including:
  • Drape thermoforming,
  • Cavity thermoforming,
  • Pressure thermoforming,

    Plug assist thermoforming, and Twin sheet thermoforming


    DVD / 2006 / 22 minutes

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    EXTRUSION PROCESSES

    Extrusion is the deformation of either metal or plastic forced under pressure through a die to create a shape. This unique program is an introduction to plastic extrusion and metal extrusion processes, featuring segments on hot metal extrusion, warm and cold metal extrusion processes, plastic profile extrusion, and blown film extrusion. See actual shop floor footage coupled with descriptive animations to help you learn step-by-step how materials are transformed into extrusions. Discover the use of plastic and metal extrusion in a variety of different industries including automotive, aerospace, building and construction, furniture, and electronics. This basic introductory program is ideal tool for the classroom or for anyone who needs a refresher course on the basics of extrusion processes.

    DVD / 2004 / 21 minutes

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    PLASTIC INJECTION MOLDS

    The injection mold is an extremely important element of any plastic injection molding operation. Molds determine the shape of the part, vent trapped air or gases during injection, act as heat exchangers to solidify the molten plastic, and eject the cooled parts. Using shop-floor footage and detailed animations, this program highlights the primary injection mold components and features segments on injection mold types, the use of computer simulation to develop molds, mold prototyping techniques, and mold maintenance & repair.

    DVD / 2004 / 28 minutes

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    PLASTIC BLOW MOLDING

    Plastic blow molding processes are the most popular methods used to produce hollow products out of thermoplastic materials. Blow molding is performed using a wide variety of production methods, including: intermittent and continuous extrusion blow molding, injection blow molding, single and two stage bi-axial stretch blow molding, and co-extrusion blow molding. Through the use of shop floor footage and animations this program provides a detailed discussion of each of these processes, presenting a clear understanding of the similarities and differences between each of them. In addition, information on parison and preform production, the reciprocal screw style blow molding machine, the accumulator style blow molding machine, and the head and die assembly is provided.

    DVD / 2003 / 20 minutes

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    PLASTIC INJECTION MOLDING

    Injection molding is the most common method of producing parts out of plastic material. Using shop floor footage and animated sequences this program focuses on the injection molding machine and the injection mold to illustrate the injection molding process. The injection machine section covers in detail both the injection system and the clamping system. In step by step progression, plastic material is followed from its raw material state through the melting process and onto it's injection into the mold. Throughout the sequence, various components of the injection machine are explained. The mold section continues this examination, allowing clear definition of mold terms as the molten material is formed, cooled, and ejected as the final part. Also featured in the mold segment are the common mold types, including the two-plate cold runner mold, three-plate cold runner mold, the hot runner mold, and the insulated runner mold. This tape concludes with a section on injection machine controls.

    DVD / 2003 / 25 minutes

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    MACHINING

    This searchable CD helps you apply cost-effective techniques to achieve the best results for over 100 traditional and nontraditional machining processes. Chapters include: Principles of Metalcutting and Machinability, Tolerance Control, Cutting Tool Materials, Sawing, Broaching, Planing, Shaping, and Slotting, Turning and Boring, Milling, Grinding, Threading Gear and Spline Production, Nontraditional Machining, Machine Loading & Unloading, Machine Rebuilding, and much more!

    CD-ROM / 2003

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    PLASTIC PART MANUFACTURING

    This comprehensive, searchable CD continues the tradition of featuring practical reference data and process information in an easy-to-understand format. Plastic Part Manufacturing contains all the information you need to understand a multitude of concepts, including: Design for Manufacturability, Material Selection, Dies, Molds and Tooling, Process Selection, Extrusion, Assembly and Fabrication, Injection Molding, Blow Molding, Fiber Reinforced Processing, Lamination, Rotational Molding, Compression/Transfer Molding, Casting, Foam Processing, Quality, Dip Molding, Thermoforming, Management, Plant Engineering & Maintenance.

    CD-ROM / 2003

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    PLASTICS FINISHING

    This program includes information on the array of plastics finishing processes, arranging them into four categories: degating, deflashing, cleaning, and decorating.

    The degating section includes segments on manual degating and the various automated tooling devices.

    The deflashing section covers the cutting and trimming, media blasting and cryogenic deflashing processes.

    The cleaning segment features the ways in which contaminants infiltrate the molding process and how parts are cleaned for secondary decorative operations.

    The decoration section features lengthy examinations of the following processes: painting, plating, vacuum metallizing, pad printing, hot stamping, silk screening, and fill-and-wipe.


    DVD / 2002 / 23 minutes

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    PLASTICS MACHINING AND ASSEMBLY

    This program focuses on the primary machining and assembly processes used for plastics.

    The plastics machining segment highlights the use of sawing, milling, routing, turning, waterjet cutting, laser cutting, drilling and the secondary holemaking operations, such as tapping and reaming. The importance of coolant used while machining plastics is also explored in detail.

    The plastics assembly section covers the many fastening and joining methods used to produce plastic parts. Included are segments on snap-fit fasteners, the use of hinges, mechanical fasteners, adhesive and solvent bonding applications, and the various plastic welding processes, including: spin welding, hot-gas welding, ultrasonic welding, vibration welding, heat staking and ultrasonic staking.


    DVD / 2002 / 27 minutes

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    PLASTIC BLOW MOLDING

    Includes extrusion blow molding, biaxial stretch blow molding, injection blow molding and co-extrusion blow molding. Learn which processes are best suited for different types of products.

    DVD (With Study Guide) / 1998 / 20 minutes

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    TROUBLESHOOTING INJECTION MOLDING PROBLEMS: THE IDEAL PROBLEM-SOLVING REFERENCE/TUTORIAL

    Take the guesswork out of the process. Now you can prevent defects before they occur, save countless hours of downtime and thousands of dollars in wasted time and materials. This interactive program helps identify troublesome defects, explains the possible cause(s) and also suggests how to remedy the defects. Moreover, the self-paced tutorial will be instrumental in keeping track of technicians' training progress and also provide documentation of technology training for use in ISO and QS certification.

    Minimum System Requirements:
  • Operate in Windows 98 or above
  • Requires administrative permissions for installation of software in Windows XP.

    CD-ROM (Win) / 1997

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    PLASTIC PART DESIGN 1 - BASIC STEPS IN PLASTIC PRODUCT DESIGN (CLASSROOM STYLE)

    The Plastic Part Design Series provides part designers with an understanding of the plastic part design process and many of the factors and concerns associated with proper plastic part design. Learn essentials such as: How to reduce lead times; designing for maximum strength and minimum weight; eliminating mold reworks; and reducing design expenses. Dr. Robert Malloy, a respected industry expert and professor at UMASS Lowell, developed this 10-set series which uses classroom type instruction to lecture and explain best practices.

    DVD / Approx. 1 hour

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    PLASTIC PART DESIGN 10 - ASSEMBLY OF PLASTIC PARTS: WELDING & ADHESIVE BONDING (CLASSROOM STYLE)

    The Plastic Part Design Series provides part designers with an understanding of the plastic part design process and many of the factors and concerns associated with proper plastic part design. Learn essentials such as: How to reduce lead times; designing for maximum strength and minimum weight; eliminating mold reworks; and reducing design expenses. Dr. Robert Malloy, a respected industry expert and professor at UMASS Lowell, developed this 10-set series which uses classroom type instruction to lecture and explain best practices.

    DVD / Approx. 1 hour

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    PLASTIC PART DESIGN 2 - MECHANICAL BEHAVIOR OF PLASTIC MATERIALS (CLASSROOM STYLE)

    The Plastic Part Design Series provides part designers with an understanding of the plastic part design process and many of the factors and concerns associated with proper plastic part design. Learn essentials such as: How to reduce lead times; designing for maximum strength and minimum weight; eliminating mold reworks; and reducing design expenses. Dr. Robert Malloy, a respected industry expert and professor at UMASS Lowell, developed this 10-set series which uses classroom type instruction to lecture and explain best practices.

    DVD / Approx. 1 hour

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    PLASTIC PART DESIGN 3 - MANUFACTURING CONSIDERATIONS: MOLD FILLING (CLASSROOM STYLE)

    The Plastic Part Design Series provides part designers with an understanding of the plastic part design process and many of the factors and concerns associated with proper plastic part design. Learn essentials such as: How to reduce lead times; designing for maximum strength and minimum weight; eliminating mold reworks; and reducing design expenses. Dr. Robert Malloy, a respected industry expert and professor at UMASS Lowell, developed this 10-set series which uses classroom type instruction to lecture and explain best practices.

    DVD / Approx. 1 hour

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    PLASTIC PART DESIGN 4 - MANUFACTURING CONSIDERATIONS: WELD LINES (CLASSROOM STYLE)

    The Plastic Part Design Series provides part designers with an understanding of the plastic part design process and many of the factors and concerns associated with proper plastic part design. Learn essentials such as: How to reduce lead times; designing for maximum strength and minimum weight; eliminating mold reworks; and reducing design expenses. Dr. Robert Malloy, a respected industry expert and professor at UMASS Lowell, developed this 10-set series which uses classroom type instruction to lecture and explain best practices.

    DVD / Approx. 1 hour

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    PLASTIC PART DESIGN 5 - MANUFACTURING CONSIDERATIONS: SHRINKAGE & WARPAGE (CLASSROOM STYLE)

    The Plastic Part Design Series provides part designers with an understanding of the plastic part design process and many of the factors and concerns associated with proper plastic part design. Learn essentials such as: How to reduce lead times; designing for maximum strength and minimum weight; eliminating mold reworks; and reducing design expenses. Dr. Robert Malloy, a respected industry expert and professor at UMASS Lowell, developed this 10-set series which uses classroom type instruction to lecture and explain best practices.

    DVD / / Approx. 1 hour

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    PLASTIC PART DESIGN 6 - MANUFACTURING CONSIDERATIONS: PART EJECTION (CLASSROOM STYLE)

    The Plastic Part Design Series provides part designers with an understanding of the plastic part design process and many of the factors and concerns associated with proper plastic part design. Learn essentials such as: How to reduce lead times; designing for maximum strength and minimum weight; eliminating mold reworks; and reducing design expenses. Dr. Robert Malloy, a respected industry expert and professor at UMASS Lowell, developed this 10-set series which uses classroom type instruction to lecture and explain best practices.

    DVD / Approx. 1 hour

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    PLASTIC PART DESIGN 7 - PROTOTYPING TECHNIQUES OF PLASTIC PARTS (CLASSROOM STYLE)

    The Plastic Part Design Series provides part designers with an understanding of the plastic part design process and many of the factors and concerns associated with proper plastic part design. Learn essentials such as: How to reduce lead times; designing for maximum strength and minimum weight; eliminating mold reworks; and reducing design expenses. Dr. Robert Malloy, a respected industry expert and professor at UMASS Lowell, developed this 10-set series which uses classroom type instruction to lecture and explain best practices.

    DVD / Approx. 1 hour

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    PLASTIC PART DESIGN 8 - ASSEMBLY OF PLASTIC PARTS: MECHANICAL FASTNERS (CLASSROOM STYLE)

    The Plastic Part Design Series provides part designers with an understanding of the plastic part design process and many of the factors and concerns associated with proper plastic part design. Learn essentials such as: How to reduce lead times; designing for maximum strength and minimum weight; eliminating mold reworks; and reducing design expenses. Dr. Robert Malloy, a respected industry expert and professor at UMASS Lowell, developed this 10-set series which uses classroom type instruction to lecture and explain best practices

    DVD / Approx. 1 hour

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    PLASTIC PART DESIGN 9 - ASSEMBLY OF PLASTIC PARTS: PRESS FITS & SNAP FITS (CLASSROOM STYLE)

    The Plastic Part Design Series provides part designers with an understanding of the plastic part design process and many of the factors and concerns associated with proper plastic part design. Learn essentials such as: How to reduce lead times; designing for maximum strength and minimum weight; eliminating mold reworks; and reducing design expenses. Dr. Robert Malloy, a respected industry expert and professor at UMASS Lowell, developed this 10-set series which uses classroom type instruction to lecture and explain best practices

    DVD

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    PLASTICS

    Characteristics; Processing; Molding; Casting; Extruding; Reinforcing; Machining; Welding; Patching

    DVD / 16 minutes

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    UNDERSTANDING PLASTICS

    Stout University Foundation presents a synopsis of the history of plastics, along with a thorough explanation of the industry's seven most common molding techniques (extrusion, blow molding, compression molding, transfer molding, rotational molding, thermoforming, and injection molding). The video also considers the growth of the industry, problems related to the disposal of discarded plastic products, and some of the advantages of using plastics in the manufacture of many consumer products.

    DVD / 29 minutes 30 seconds

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    PLUMBING: PLASTIC PIPE

    The procedures used in measuring, cutting and fitting of polyvinyl chloride (PVC) and chlorinated polyvinyl chloride pipe (CPVC) are highlighted. Viewers learn how to cut the pipe using a hacksaw and miter box or a pipe cutter, how to remove the "burr" and how to chamfer and scarify. Selection and usage of primer and cement, including applicable safety precautions and temperature requirements are included, as well as helpful hints and safety precautions to follow when working with PVC or CPVC pipe.

    DVD / 1994 / 40 minutes

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