Development of a coated electrode flux remover machine/ Jericho G. Albis, Edward R. Cerdiña, Paul Angelo B. Dela Cruz, Mark John B. Escarda, Lattrell R. Panuga, and John Carlo E. Perpetua.--

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Albis, Jericho G [author]

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BTH TP 751.1 A43 2025

Dissertation note: College of Industrial Technology.-- Bachelor of engineering technology major in mechanical technology with option in welding technology: Technological University of the Philippines, 2025. Summary: The goal of the study, Development of a Coated Electrode Flux Remover Machine, is to overcome the drawbacks of conventional flux remover techniques, including their lack of automation, inefficiency, and manual labor. The prototype will be able to remove flux residues from welding electrodes efficiently. The prototype has been designed with two major components, including a Flux Remover Mechanism and a Safety Control System. The Flux Remover Mechanism contains a Feed System with an effective flux residue removal design; the Feed System allows continuous operation and efficient electrode handling. The Safety Control System has been implemented to prevent possible accidents during operation, ensuring that both user and machine are safe. The inspection and evaluation tests of the prototype achieved a high level of satisfaction with scores in the following areas: Functionality 4.77, Workability 4.88, Efficiency 4.81, Durability 4.82, and Safety 4.60. The study got an overall average mean score of 4.78 interpreted as "Highly Acceptable" based on the evaluation results of 41 welding students, 4 faculty members, and 5 welding shop owners. The results prove that the prototype meets all requirements necessary and is an effective solution for flux removal in welding operations.

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Item type	Current library	Shelving location	Call number	Copy number	Status	Date due	Barcode
Bachelor's Thesis CIT	TUP Manila Library	Thesis Section-2nd floor	BTH TP 751.1 A43 2025 (Browse shelf(Opens below))	c.1	Not for loan		BTH0006705

Bachelor's thesis

College of Industrial Technology.-- Bachelor of engineering technology major in mechanical technology with option in welding technology: Technological University of the Philippines, 2025.

Includes bibliographic references and index.

The goal of the study, Development of a Coated Electrode Flux Remover Machine, is to
overcome the drawbacks of conventional flux remover techniques, including their lack of
automation, inefficiency, and manual labor. The prototype will be able to remove flux
residues from welding electrodes efficiently. The prototype has been designed with two
major components, including a Flux Remover Mechanism and a Safety Control System.
The Flux Remover Mechanism contains a Feed System with an effective flux residue
removal design; the Feed System allows continuous operation and efficient electrode
handling. The Safety Control System has been implemented to prevent possible accidents
during operation, ensuring that both user and machine are safe. The inspection and
evaluation tests of the prototype achieved a high level of satisfaction with scores in the
following areas: Functionality 4.77, Workability 4.88, Efficiency 4.81, Durability 4.82, and
Safety 4.60. The study got an overall average mean score of 4.78 interpreted as "Highly
Acceptable" based on the evaluation results of 41 welding students, 4 faculty members,
and 5 welding shop owners. The results prove that the prototype meets all requirements
necessary and is an effective solution for flux removal in welding operations.

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