Publication Date

Fall 2023

Document Type

Final Report

Embargo Date

12-8-2023

Problem Statement

The objective of this design project was to create an automatic clamping machine to
keep bamboo bundles tight during lashing. Currently, manual clamping and lashing
of bamboo require simultaneous user effort, posing challenges in terms of efficiency
and safety. Our project introduces a mechanical and automatic clamping tool,
designed to significantly alleviate the physical strain on users and enhance overall
safety. This report details two primary designs of solutions to this problem. The
first is a motor-tightened hose clamp controlled via a three-way switch. The second
design is a claw clamp with an inflatable pouch used to pin the bamboo together. By
automating the clamping process, this project aims to revolutionize the traditional
method, offering a more user-friendly and secure approach. The report details
the design, functionality, and potential impact of the automated clamping tool,
highlighting its contribution to both the field of robotics and sustainable bamboo
utilization practices. This design met the re-scoped project requirements, including
tight clamping, a portable tool, and a time frame quicker than the manual method.
Future design iterations include a more condensed inflation tool and a quicker and
more powerful motor to tighten the hose clamp. To create this design, the total
cost is $4008.16 including all parts, assembly, and labor hours.

Author's School

McKelvey School of Engineering

Author's Department

Mechanical Engineering and Materials Science

Class Name

Mechanical Engineering Design Project (MEMS 411)

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