Engage in Stimulating Conversation with Random Clock Talks Vol 12: A Must-Read Blog Post!
Looking for some captivating conversation starters? Look no further than Random Clock Talks Vol 12! This must-read blog post will provide you with thought-provoking topics to engage in and get those brain cells firing. Whether you’re looking to spark a discussion with friends or simply expand your own knowledge, Random Clock Talks Vol 12 has got you covered. So don’t wait any longer, read on and start engaging in stimulating conversation today!
Introduction:
Welcome to the 12th volume of Random Clock Talks! In this article, we will be discussing the art of making wheels and index plates for clocks using a custom attachment on the Unimat lathe. We will take a closer look at the tools and materials required for the process, as well as step-by-step instructions on how to create the perfect wheel.
Tools and Materials Required:
Before we dive into the process of making wheels and index plates, let’s take a look at the tools and materials required to get started.
- Unimat lathe
- Mainframe
- Set of drawings
- Index plate
- Overshot spacer
- Nut
- Arbor
- .8mm brass sheet
- Backup plates
Step-by-Step Guide:
Making a wheel with 42 teeth, made of .8mm brass sheet, and about 1/32 of an inch thick requires specific steps and technique. Here’s how to do it:
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Attach the Arbor to the Unimat lathe: The Arbor used for making wheels is designed as a work Arbor to be caught in centers in the lathe.
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Use the indexing attachment: The indexing attachment consists of a mainframe, set of drawings, an index plate, an overshot spacer, and a nut to pull it up with a wrench.
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Create the index plate: The index plate is less than 2 inches in diameter and has 42 divisions stamped on it. It has an index pin with a precise fitting flat tip that exactly fills one of the slots in the index plate.
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Use backup plates: Backup plates are used to support the wheel blank while cutting.
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Mount the indexing pin: The indexing pin is mounted on a block that can be assembled on either side of the frame.
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Adjust the spring: The spring for the index pin is adjusted to enter straight into the edge notches in the index plate.
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Seat the index pin: The index pin is seated deeply in the plate to rotate it.
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Mount the mechanism: The mechanism can be mounted with either one or two screws.
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Move the spring: The spring can be moved to three positions along the axis.
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Watch and learn: A video on how to make the index plate is available.
After these steps, you can begin cutting the teeth of the wheel. The demonstration shows the making of a single wheel, but typically several wheels are stacked and cut at once.
Conclusion:
Making wheels and index plates for clocks can be a challenging and precise process, but with the right tools and technique, it can be an incredibly satisfying endeavor. We hope this article has provided you with valuable insights into the process and has sparked your interest in the art of clock making. Happy tinkering!
FAQs:
- Can I use different materials for making the wheel?
- Yes, but it’s essential to use materials that are compatible with the sizing and specifications mentioned in the process.
- How long does it take to make one wheel?
- It can take up to an hour to make one wheel, depending on the complexity of the design and your level of experience.
- Where can I purchase the necessary tools and materials for clock making?
- Specialty stores that sell watchmaking and clock making supplies are the best place to start looking.
- Is clock making a profitable hobby or profession?
- Yes, it can be a profitable profession, especially if you are skilled at making custom designs and have a steady stream of clients.
- How long does it take to become proficient at clock making?
- It depends on your level of dedication and commitment to learning the craft. With regular practice and study, it can take anywhere from a few months to a few years to become proficient.