Clock
Project
The milling process was then utilized to create the necessary joints and cuts to ensure a stable, functional clock. Finally, the pieces were meticulously sanded to create a smooth and polished finish.  As with any project that utilizes new tools and machines, there may be challenges that arise during the manufacturing process. However, we embrace these challenges as opportunities to learn and grow. By learning from our mistakes and asking questions, we have been able to overcome these challenges and produce a clock that we are proud of. Each brass and steel piece created had many challenges. One of the most challenging found during parts of the process was the extruded cut hole found at the top of the piece. At first glance, it seemed to be an easy task but then came the reality of how difficult it really was. Through dedication to practice, we were able to produce both steel and brass pen holder piece I tolerance of the sketches  Overall, we believe that our dedication to precision, attention to detail, and willingness to learn from our mistakes have allowed us to create a clock that is not only beautiful but also functional and reliable. We look forward to future projects where we can continue to hone our skills and create unique and high-quality products. ​ One of the biggest things I would have liked to know before starting the project is the proper use of the Lathe and Mill DRO ( Digital Readout). This came to be one of the most useful tools when creating all the different pieces for the Project. With practice and patience, I was finally able to master the setup and use of the DRO for the production of these pieces.

Lathe Process Download
Millingn Process Download
Cost of Project
The cost of the part mostly comes from the labor cost and set-up time for the machines. With the total cost coming out to be $115.35
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-Labor: $18.77/ hr
-Brass: $ 11.18/ piece
- Steel: $ 8.23 / piece
- Aluminum: $ 12.32 / piece
-Polycarbonate: $3.84/ piece
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TOTAL: $115.35
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Efficincy
The efficiency of this project could be greatly improved By the use of an automated process. Even without Automation some things to improve the process and efficiency of this Project would include the design of the pieces themselves. If we had the option to change the design of the brass piece to be the same as the steel piece, We would not have relied so heaving on the DRO and could save time. By not using the DRO you save time with setup and metrology. The brass pieces' original design Can cause many problems when it comes to the threads and the use of the dye to create them. Looking back at classmate projects, non of the threads were consistent, and most had to go back by hand and make sure the threads were clean
Large Scale
The automated process for a project like this could be very simple. With only four parts needing to be milled and lathed, For a production order of 10,000 with no need for labor cost would cost $1,153,200.31. To make this happen in a time efficient, having more machines would be needed for a time-sensitive order, but if needed will be capable of completing the order with 8 machines.