How To Make An Ocarina Out Of Clay

All types of musical instruments can be made from clay, with one of the simplest being the clay ocarina. If you’ve ever wondered how to make an ocarina out of clay, you’ve come to the right place. Flutes, whistles and ocarinas are known as air flutes and they come in many shapes and sizes. Their common feature is the air duct assembly, which makes it easier for new players, as it eliminates the need for players to carefully position their mouth and lips in the precise manner needed to get the right timbre. fit. constitutes an ideal ceramics lesson plan for teachers that incorporates the basic skills of the craft. Or it could be a fun project for people who need a break from their usual studio work. Check it out and start creating music with clay! – Jennifer Poellot Harnetty, editor.Read: How to make an ocarina out of clay

How to make Ocarina with clay – Tools you need

• Metal ribs with serrated edges
• Sponge and water cup Sink – found at hardware stores; used to create nice beveled edges on finger holes
• Tool with a nice flat blade – for smoothing clay and shaping sound holes
• Dipstick Drill or hole puncher for finger holes

This article is one of many ceramic instrument projects in From Mud to Music, available in the Ceramic Art Store.

How to make Ocarina with clay

Before you start making clay ocarinas, chamfer the ends of the popsicle sticks to make them an effective cutting tool. If you have an electric bench sander, you can easily place beveled edges on your clubhead. But you can get similar results by rubbing the edge of the stick on a piece of medium sandpaper held on a flat surface. Shape a piece of fresh clay into a smooth ball. One pound of clay will produce an ocarina the size of a medium orange. Cut the ball in half through the middle of it. Clip the two halves into a bowl shape. Use one hand to shape the clay and shape it with the thumb and forefinger of the other hand. Turn the clay on your hands often and keep the wall thickness as even as possible. If the clay begins to dry and crack, use a sponge and water to clean it.Once you’ve finished the first half, open the other half in the same way. Compare the diameters of the two pieces as you go. When the two matching halves are perfectly matched, merge them together into a hollow shape. Use the serrated ribbed part to roughen each half of the rim and apply an even coat of water-based paint. Let the clay soften a bit before joining the halves. Read more: how to search multiple tags on tumblr | Top Q&A Press the halves together. A slight twisting motion strengthens the bond. Weld the seam with your fingers, then use a small, flat spoon-like tool, as shown. Use the fingers of both hands to remove surface imperfections. Use a damp sponge to keep the clay moist and free from cracking.Create a flat bottom by pressing the hollow on the tabletop. Reserve the body of the ocarina to create a mouthpiece. Note that the shape of the stethoscope has square edges with a slight taper from back to front. The mouth part is thick enough to be able to insert the beveled ice cream stick in later to create ventilation. The shape of the mouthpiece can be smoothed after it has been attached to the body. Place the mouthpiece next to the body to determine the best position to attach it.Use the needle tool to carefully trace the end of the mouthpiece and the area where the mouthpiece will be attached. Apply a liberal layer of water. Allow the clay in this area to soften. Place the mouthpiece and stem on the table and press them together. The mouthpiece should align with the plane of the body. Once the mouthpiece is attached, lift the body and smooth the seam. Complete this step thoroughly to minimize the risk of cracking later. Carefully insert the popsicle stick into the mouthpiece to create an opening for ventilation. Care must be taken to ensure that the rod passing through the mouthpiece is parallel to the upper and lower surfaces and perpendicular to the side faces. It is best to apply pressure slowly. With the stick used to create the air line still in place, use another beveled stick to cut the aperture or window on the underside of the ocarina. The aperture should be set so that the side closest to the mouthpiece is directly inside the inner wall of the camera body. If the hole is cut too close to the mouth of the tube, the aperture will be blocked by the wall. Make a square hole and take out the small piece of clay. Cut all the way down to the bar below. Clean, square cut on all four sides.Read more: How to clean the rig Next, with the beveled edge of the rod facing down, make a square cut at a 45° angle, moving towards the mouthpiece, as shown in the illustration. Press the stick in until it touches the other stick. Next, remove the small piece of clay. Your goal is to create a sharp bevel on the side of the aperture furthest from the aperture. This sharp edge separates the air from the wind path and produces sound. Carefully pull the stick out of the air vent. Bring the ocarina to your lips and test it. If it’s loud, you can move on to the next step. If there is no buzzer, reinsert the rod into the air passage and check the sharpness of the bevel. Pull out the wind stick, being careful to keep it flat. Do not raise or lower it, as this will deflect the bevel. Use a drill or a hole cutter to make finger holes in the top of the ocarina. Use the alignment tool to smooth out the edges of the hole. The most common is to make 4-6 holes, but you can do as you like. Depending on the accuracy of your mouthpiece assembly, at some point as you add more holes, your ocarina may stop making sound. If this happens, adjust your vent and bevel until it works again or fill in your last finger hole and declare success! If you want to adjust your ocarina to a specific scale, cut and adjust the holes one by one. Expanding a hole will increase its pitch, so start small and expand each hole until you reach the pitch you want.You can shoot and finish your ocarina in any conceivable way. If you choose glaze, be careful not to have any glaze in the airstream, which will clog it. It is also not advisable to glaze the beveled edge of the aperture. Very small changes to your stethoscope assembly can alter the sound of your ocarina or cause it to stop working altogether. Ancient examples of these instruments have been found in China, India, and throughout the Americas, and the pre-Colombian inhabitants of the United States created some of the most complex and advanced sounding instruments known. to this day. , From Mud to Music is also loaded with information about the history of these instruments. Read more: How to fix webgl being bitten by a mouse **First published in 2013

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