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Electric Injection Molding Machines Optimizing Control Settings
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This video is an excerpt from Lesson #3 of Paulson Training Program's Understanding Electric Injection Molding Machines series. This lesson is titled Lesson 3 -- Optimizing Electric Injection Molding Machine Settings . • You can sign-up for more sample from Paulson's injection molding training at: http://plasticstrainingcenter.com/inj... • Complete details on the all-electric molding machine training program can be on our website here: http://www.paulsontraining.com/produc... • All-Electric injection molding machines make up the majority of new molding machine sales today. There are some important reasons for their popularity. Some of the biggest reasons are having more precise control over the injection molding cycle, less electricity consumption and often, faster cycles times. However, these machines require an understanding of the all-electric molding machine technology by your team to take full advatage of what all-electrics have to offer. • This training course accomplishes that goal. Below is a brief outline of the 3 lessons in this all-electric injection molding machine training program: • Lesson 1 -- Electric Machine Design, Cycle Parts • ===================================== • The parts of the Electric molding machine • How Electric molding machines work • Comparing the operation of the Electric and the Hydraulic molding machine • Operation of the ball screw drive • The molding cycle • Instruments and controls used on these machines • Typical operating conditions • Lesson 2 -- The Effects of Each Control • ============================ • Safety around these machines • Machine modes of operation: manual, semi-automatic and automatic • Explanation and effects of the injection controls: injection rates and pressures, vpt settings, back pressure, shot size, cushion, control change ramps, decompression and others. • Lesson 3 -- Optimizing Electric Machine Settings • =================================== • Clamp settings: control of clamp distance and speed, clamp force, safety concerns. • Ejector control • Optimizing the machine control settings • Process recordings • Procedures for utilizing the advantages of the Electric machine.
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