Faculty Of Engineering Graduation Project 2019 - 2020

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Browsing Faculty Of Engineering Graduation Project 2019 - 2020 by Subject "control,"

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    Design of Semi-Automatic Palletizing Machine
    (October university for modern sciences and arts, 2020) Iskandar, Mark Adel Fikry; El Sharkawy, Saad Wagdy
    Palletizers are machines for material handling, they are used for pallets loading either for storage or before or after shipping. Pallet loads are used for mass shipping, distributing or consolidating tiny products to larger packages easy to handle. The project objective is to design and manufacture a prototype of can palletizing machine that simulate the real application for automatic machine. Data collection of a facility of cans production line will be done to collect data concerning can dimensions and weight. This collected data will be used for design purposes. The palletizing machine will save a lot of money, time and effort and insure a continuous automatic process without any obstacles. The use of pallets as a base for unit loads offers many benefits compared to un-palletized handling that result from the more efficient handling of goods. These include: • Dramatically reduced labor requirement versus manual handling • Less risk of product damage • Reduced risk of worker injury • More efficient material handling and storage.
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    Waste Management in Polyethylene Terephthalate (PET)-Plastic Preform Production
    (October university for modern sciences and arts, 2020) Mohamed, Youssef Gamal; Ahmed, Ahmed Reda
    Enhancement of production is a challenge in the industrial world. The world where efficiency, productivity, & improvement are major standards to work by. Production systems naturally face bottlenecks within their processes that might occur due to various social, strategical or technical reasons. The identification of losses and reduction of such activities can only improve the productivity of factory by increasing utilization of the system that can be done by eliminating non-value-added activities and reducing taken time in existing ones. In MEDCOPLAST factory a Polyethylene Terephthalate (PET) preform & plastic packaging production line based in 6th of October city industrial district, Giza. Consisting of 12 German Husky all electrical Hot-runner system injection molding machines, averaging 200 metric tons of input raw material used that can produce around a million product (preform) per machine daily. Based on data collected, observations and analysis of production line sequence and activities. Major wastes were detected within the mold exchange cycle leading to cycle time that can take up to 12 hours (720 mins) per machine till start of first quality patch of production, which is a high exchange time in comparison to other similar in-house exchange cycles. This project target to reduce the taken time of the mold exchange cycle, by implementing SMED technique to study and manage the mold exchange cycle, supported by using data-driven improvement cycles.