Design and Structure Analysis of Automatic Cane Crusher

Abstract

Modern packaging materials are constructed entirely of recyclable materials including paper, plastic, and aluminum. Printer cartridges, plastic bottles, plastic bags, and particularly aluminum water cans all require distinct recycling techniques. Aluminum can recycling that is not done in advance will also always run into problems with how much room they can take up when packaged. Making such a mechanically oriented project has as its primary goal reducing the amount of scrap and correctly recycling it. Nowadays, cans are frequently used in hotels and canteens, and storing them requires a sizable amount of room. As a result, after collecting the cans, the user and collector must cope with storage issues. Automatic Cane Crusher is the ideal solution to this issue because it allows drink can users or collectors to quickly and automatically crush cans. Drink cans are crushed with tremendous force during the crushing process. The beverage cans will be flattened in the automation plant. The design and structural analysis of the can crusher are included in this research report. There are a lot of researchers that have worked on design and analysis, but there are still a lot of unexplored territories in both fields. The project's mainstay is the microcontroller. Processes including design, manufacture, and assembling techniques are involved in this project. Despite the market having a wide variety of can crusher machines, the new model's completion offers a more useful application than the previous one.