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Abstract

Problem Statement: Company initially desired a new machine that would be able to produce external coiled brushes that would help in increasing revenue and project opportunities. The design has shifted to making an attachment to the existing equipment that would help in this effort instead of developing a completely new unit.

Rationale: Sealeze sees this as an opportunity of increasing revenue and also taking on the effort of making externally coiled brushes more efficiently. If successful, more clients can be taken in and it would make Sealeze a more versatile company.

Approach: The main approach revolved around weekly meetings with Sealeze. E-mail was utilized daily in order to make sure that the desire of the company were met. There were at least three different iterations to the design until one was settled upon. Main design tool used was SolidWorks and the design model was shown to the company frequently.

Interim Results and Conclusions: The main problems that were of concern revolved around the amount of force needed to bend the brush and in a circular fashion. Calculations were done to insure that the brush would be bent with the right amount of force when also taking into consideration the motor driven components that were guiding the brush.

Anticipated Results and Conclusions: According to the calculations, it is expected that the brush will not buckle while the machine is running and will be able to formed into the desired spiral.

Publication Date

2015

Keywords

mechanical and nuclear engineering, spiral brushes

Disciplines

Engineering | Mechanical Engineering | Nuclear Engineering

Faculty Advisor/Mentor

Charles Cartin

VCU Capstone Design Expo Posters

Rights

© The Author(s)

Date of Submission

August 2015

Industrial Brush Coiler Attachment

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