This topic is for the thesis title, its important to students to have a study about this.

1. TOPIC DEFENSE
Development of multi-
electrode storage drying
oven.

2. Background of the Study
Causes
Problems Effects
1. Design
1. Ergonomics
Perceived Solution:
Development of auto mechanic creeper with SWL accident
1. Efficiency of work

3. Objectives of the
Study
The main objective of the study is to develop a multi-electrode storage drying
oven
1. To develop a an electrode oven that can accommodate any electrode.
2. To evaluate the multi-electrode storage drying oven in terms of usefulness and
dependability.
3. Evaluate the Performance, Functionality, Economy, and Durability , of the multi-
electrode storage drying oven for Mechanical using TUP Evaluation Instrument.

4. Scope and Limitations of the Study
This study only focuses on the development of a multi-electrode
storage drying oven.
The researcher develop a multi-electrode storage drying oven to be
available for any electrode that absorbs moisture from the atmosphere.
The design of a multi-electrode storage drying oven has four specific
components: Heating Element, Thermostat, Insulation,
Heating/Storage Compartment, Locking wheels.

5. Keenovens, n.d. ©Henkel Enterprises, LLC) develop Keen KHT-500 is a high-
temperature electrical industrial oven designed for rebaking flux-coated shielded
metal arc welding (SMAW) electrodes. It has a 500 pound capacity. Storage
capacity, as well as a temperature range of Ambient-999°F (537°C).
Besides of that the (SWP manufacturers, n.d. © 2023 Elmbridge Supplies
Company UK Ltd) designed a SWP 300°C Stationary Electrode Ovens that perfect
for maintaining rod temperatures at optimal levels for welding. This stationary 300C
Welders Oven is built to last and is available in either 110V or 240V.
Literature

6. In addition (Keen, n.d. © 2023 RodOvens. ) enable constant, safe, low-temperature
heated storage of GTAW/TIG filler rods. Keen's GTAW/TIG filler wire storage
ovens are smart, dependable storage solutions for protecting costly TIG
consumables such as high-nickel, chrome-moly, titanium, cobalt, and aluminum
alloys. They are especially sought after by TIG welding professionals in the
demanding aerospace welding and aviation welding fields.
Literature

7. Significance of the Study
The study is very significant to the Welding department of technological
university of the Philippines.
Moreover this study conducted to benifit the following:
Students. This study may serve as a guide and reference for students doing
similar research.
Researcher himself. this study also benefits the researchers because it can be
used in welding applications.
Future Researchers. This research will be a useful reference for the researchers
who would plan to make any related study precisely the standard underlying the
Bachelor of engineering in Welding engineering technology.

8. Conceptual Model of the Study
PROCESS
Development/ Fabrication
Preparing the materials
needed
Measuring
Cutting
Welding
Installing
Finishing
Testing
Suggestion and Revision
Knowledge Requirements
 Mechanical
 Electronics
Material Requirements
 Grinder
 Caster wheel
 bolts
 Metal frame
 Sheet metal
 Angle Bar
 Insulation
 Thermostats
OUTPUT
Development of
multi-electrode
storage drying oven.
Hardware
Requirements
• Drill Press
• Cutting Tools
• Welding Tools
Evaluation

9. Project Design
Development of multi-
electrode storage
drying oven

10. SAMPLE OR ESTIMATE BILL OF MATERIALS:
Grinder - 1,098
Caster wheel - 850
bolts & nuts - 145 (30pcs)
Metal frame - 300
Sheet metal - 2,898 4ft×8ft 1
Angle Bar - 410
Insulation - 1,026
Thermostats - 160

11. References:
• https://elmbridgeuk.com/product/swp-300c-stationary-
electrode-oven
• https://www.rodovens.com/my-account/
• https://www.keenovens.com/products/kht-500.htm

12. End of Presentation