Umair Gaines
Building your own electric pottery wheel is a great way to save money and customize your equipment to your preferences. With some spare parts, salvaged motors, and online tutorials, you can create a functional pottery wheel without breaking the bank. For example, you can use a treadmill motor, a ceiling fan, or even a simple 360-degree rotating mop bucket with a few household items. The cost of building your own wheel can be as low as $30, and you can adjust the height and width to suit your needs. Whether you're an artist looking for unique pieces or a hobbyist wanting to try something new, building your own electric pottery wheel can be a rewarding and creative project.
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What You'll Learn
Sourcing a motor
One popular option is to use a treadmill motor. Treadmills contain DC motors that can operate at variable speeds, making them well-suited for powering pottery wheels. You can often find used treadmills through online marketplaces like Craigslist or even for free on heavy trash days. Another option is to ask friends and relatives if they have any old treadmills that they no longer need. Once you have the treadmill, you'll need to disassemble it to remove the motor, wiring, electronics, and speed control knob.
If you're on a tighter budget, you can get creative and salvage motors from other sources. For example, one person used a motor from a furnace fan, while another used an old garage door opener motor. You can also look for other appliances with suitable motors, such as washing machines or ceiling fans. Keep in mind that some motors may have built-in safety mechanisms or motherboards that control their function, which you'll need to work around or override.
For those who are mechanically inclined, you can even build your own variable-speed motor using salvaged parts, as demonstrated by New Earth Clay Pottery. This option allows you to customize the motor to your specific needs and can be a cost-effective solution.
Lastly, if you're looking for a quick and simple solution that doesn't require electricity, you can create a foot-powered pottery wheel using a 360-degree rotating mop bucket and a few other household items. This option is inexpensive, lightweight, and portable, and it can be assembled in just 10 minutes.
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Building the framework
Firstly, source a suitable motor. Treadmill motors are a popular choice due to their variable speed capabilities, and they can often be found second-hand or in old treadmills. Ensure the motor has the necessary wiring and electronics, including a speed control knob or dial. You may also consider using salvaged motors from other appliances, such as a furnace fan or garage door opener, but be mindful of any built-in safety mechanisms that may hinder continuous operation.
Next, prepare the base of your pottery wheel. This typically involves constructing a simple table with four legs and a top. The height and width of the table can be adjusted to your preference, ensuring it is comfortable for you to work with. Plywood is a suitable material for the base, as it is strong and can be easily drilled into for attaching various components.
Now, it's time to mount the motor and its associated parts onto the base. Secure the circuit board, choke module, and any other necessary electronics to the underside of the plywood base. Consider adding a ground fault circuit (GFCI) receptacle for added safety, especially since water will be involved in the pottery-making process. Drill holes and run the power wires from the GFCI receptacle to the circuit board and your on/off switch.
With the motor and electronics in place, it's time to focus on the spinning mechanism. Attach a pulley to the motor shaft, ensuring it is secure and threaded correctly. You may need to cut or grind the motor shaft to the appropriate size. Add a belt to the pulley, such as a traditional V-belt, which will help transfer power from the motor to the pottery wheel. Cover the main pulley with a thin plywood panel to guard against any contact with the spinning components.
Finally, add the finishing touches to your framework. Apply a clear varnish to the plywood base sides to protect it from moisture and wear. Install an on/off switch, speed control dial, and a power indicator light, mounting them securely to the base. Test the electronics to ensure they are functioning correctly, and make any necessary adjustments to the wiring.
With the framework complete, you now have a sturdy and functional electric pottery wheel. Remember to refer to detailed guides and instructions for specific steps, and always prioritize safety when working with electrical components.
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Installing the wheel head
Preparing the Motor and Base
Start by sourcing a suitable motor for your pottery wheel. Treadmill motors are a popular choice due to their variable speed capabilities. Disassemble the treadmill to remove the motor, wiring, electronics, and speed control knob. Mount the circuit board and choke module from the treadmill onto the underside of the pottery wheel base. Consider adding a ground fault circuit, such as a GFCI receptacle, for added safety since water is involved in the pottery process.
Installing the Pulley and Belt
The pulley system will connect the motor to the wheel head. Choose a pulley with grooves that match your chosen belt type. If using a serpentine belt, select a pulley with multiple grooves; for a traditional V-belt, a single-groove pulley is sufficient. Thread the pulley onto the motor shaft and secure it in place. Cut any excess portion of the motor shaft using an electric angle grinder or a hacksaw.
Mounting the Wheel Head
The wheel head is the rotating platform on which you will place your clay to shape and mould your pottery. It should be securely mounted onto the pottery wheel base. Ensure the wheel head is aligned correctly and fastened tightly to prevent wobbling during use. Drill holes in the wheel head to accommodate locating pins, which will help secure the pottery batts or bats (the removable circular plates used for shaping clay).
Testing and Adjustments
Before using your electric pottery wheel, it is important to test its functionality and make any necessary adjustments. Sand down the edges of the wheel head and any other components to ensure a smooth finish. Test the wheel head by spinning it and checking for any wobbling or instability. Adjust the placement of weights or small stones within the spin bucket to achieve a smooth and controlled rotation.
Additional Customisations
Consider adding a duplex electrical box to house the on/off switch, speed control dial, and a power indicator light. You can also varnish the plywood base sides to protect the wood and enhance its durability. Additionally, you may want to create Corian bats or battens for your wheel head, ensuring they are sanded down after cutting to prevent sharp edges.
Remember to refer to detailed DIY guides and videos for further instructions and troubleshooting tips when building your electric pottery wheel.
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Wiring the motor
Sourcing the Motor and Materials:
Start by sourcing a suitable motor for your pottery wheel. Many people opt for treadmill motors as they are easily available and often offer variable speeds, which is ideal for controlling the rotation of the pottery wheel. You can purchase a used treadmill or look for one on Craigslist or similar sites. Disassemble the treadmill to remove the motor and all the necessary wiring and electronics, including the speed control knob and circuit board.
Mounting the Circuit Board:
Mount the circuit board and any associated modules, such as a choke module, onto the underside of the pottery wheel base. This provides a protected area for the electronics and easy access for wiring. Consider adding a ground fault circuit (GFCI receptacle) to protect the circuit board from any water-related incidents.
Wiring the Power:
Using the original power cord from the treadmill, connect it to the GFCI receptacle. From there, run power wires to the AC input on the circuit board and to an on/off switch, which can then be routed back to the circuit board. This ensures that the power can be safely controlled and distributed.
Speed Control:
To control the speed of the motor and, consequently, the pottery wheel, you can utilize the speed control knob from the treadmill. Mount this knob on the duplex electrical box, which also houses the on/off switch. You may need to cut and adjust the duplex switch plate to accommodate the knob securely.
Additional Considerations:
Depending on your setup, you may want to incorporate a circuit breaker to protect the circuitry. Additionally, ensure that you follow proper safety procedures when working with electricity, and if you are unsure, consult an electrician or someone with electrical expertise.
By following these steps and referring to the original instructions for your specific motor, you should be able to successfully wire the motor for your electric pottery wheel. Remember to take your time, plan ahead, and always put safety first.
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Testing and troubleshooting
Electrical Safety
Before you begin testing your pottery wheel, ensure that you have taken the necessary precautions for electrical safety. This includes using a ground fault circuit to protect the wheel, especially since water will be involved. You can use a GFCI receptacle and run power wires to the circuit board and the on/off switch. Additionally, consider installing a circuit breaker to safeguard against power surges.
Mechanical Issues
Mechanical issues are common with electric pottery wheels, and proper maintenance is key to preventing them. After each use, clean the wheel with water and a sponge to remove clay buildup. Check all belts and drive rings for any wear and tear, and replace them if necessary. Listen for any unnatural sounds when turning on the wheel, as this could indicate a problem.
Foot Pedal Malfunctions
The foot pedal is a crucial component of an electric pottery wheel, and malfunctions can be frustrating. Ensure that all connections to the pottery wheel and pedal are secure and properly plugged in. If the pedal is dirty or has debris, it may interfere with its operation, so scrub the connections with a clean, damp cloth. Make sure you are pressing down on the correct part of the pedal to start and stop the wheel, as misuse can lead to malfunction. A bent electrical pin inside the foot pedal is a common cause of the wheel not spinning, so check for this issue as well.
Wheel Jams
If your pottery wheel is jammed, don't force it. Instead, refer to your instruction manual for guidance. Some wheels, like Skutt Wheels, recommend twisting the wheel head and pulling up to release a jam. Over time, the wheel head may stick to the shaft, causing this issue.
Age and Replacement Parts
The lifespan of an electric pottery wheel is typically between 10 and 15 years. If your wheel is older, you may need to consider buying replacement parts. Regular maintenance and proper storage in a dry and clean area will help extend the life of your wheel.
Electrical Issues
If you experience electrical issues, such as a blown fuse or a popping sound, there are a few potential causes. The popping sound could indicate fried connectors or a failed capacitor on the controller board. To prevent future issues, consider using "Slow blow" fuses, which can handle power surges and protect against electrical overload.
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Frequently asked questions
Building your own electric pottery wheel is a great way to save money, as store-bought pottery wheels can be expensive. You can also customise the height and width of the wheel to suit your personal preference.
You can use a variety of materials to build an electric pottery wheel, including salvaged motors and spare parts, treadmill motors, automobile parts, and washing machine parts. Some people have even built pottery wheels using ceiling fans, buckets, and plastic bottles.
The tools you will need depend on the design of your pottery wheel. However, some common tools used in the construction process include a drill, a dremel tool, a hacksaw, pliers, a hot glue gun, and a spirit level.
The process for building an electric pottery wheel varies depending on the design and materials used. However, some common steps include constructing a table or base for the wheel, mounting the motor and circuit board, installing the wheel head, and wiring the on/off switch and speed control dial.
Yes, it is important to consider safety when working with electricity and power tools. It is recommended to use a ground fault circuit interrupter (GFCI) to protect against electrical shocks, especially since water is involved in pottery.
