Sheet Metal Lamp Fabrication

Location

CoLab, OCB 100

Start Date

25-4-2024 10:30 AM

Document Type

Poster

Description

Sheet metal fabrication is a key process in the creation of metal fixtures, structures, and products. Sheet metal fabrication uses flat sheets of metal, normally steel or aluminum, to create finished products by cutting, forming, joining, and assembling. Many common items we use on a daily basis are the result of metal fabrication and its processes. Since sheet metal fabrication is an important technology, this project will go into detail about how sheet metal items are manufactured, how to create a layout pattern for an item which could be used to build the item, and how to optimize the layout pattern to minimize waste. All of these steps are very important parts of the overall fabrication process, but especially optimizing the manufacturing process. Optimizing the manufacturing process helps to do a few main things, those being: minimizing waste, increasing productivity, decreasing product losses, and preventing product failures later on in the fabrication process.

Comments

The faculty mentor for this project was Susan Johnson, Engineering.

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Apr 25th, 10:30 AM

Sheet Metal Lamp Fabrication

CoLab, OCB 100

Sheet metal fabrication is a key process in the creation of metal fixtures, structures, and products. Sheet metal fabrication uses flat sheets of metal, normally steel or aluminum, to create finished products by cutting, forming, joining, and assembling. Many common items we use on a daily basis are the result of metal fabrication and its processes. Since sheet metal fabrication is an important technology, this project will go into detail about how sheet metal items are manufactured, how to create a layout pattern for an item which could be used to build the item, and how to optimize the layout pattern to minimize waste. All of these steps are very important parts of the overall fabrication process, but especially optimizing the manufacturing process. Optimizing the manufacturing process helps to do a few main things, those being: minimizing waste, increasing productivity, decreasing product losses, and preventing product failures later on in the fabrication process.