Tea Bag Holder (Panda, Bunny and Monster Truck)

Do you have a problem when you are making your own tea? Are you having trouble with the tea bag's thread? I think there is a fun and great solution for this. We can use 3D printing object to solve this problem. I will show you how to make tea bag holder and the result is cool and fantastic. In this project, I made 3 different tea bag holders.

Dremel 3D40 Printer

Blue, black, red, white, gold, and green filaments

Black Sharpie

Mugs (for display only)

Tea bags (for display only)

Paper Clips

Hot glue and gun

There are some steps to make tea bag holder with Panda. The result will be like this.

Drag and drop a sphere to the workplane. Make a measurement as follows:

Height: 21.67

Width: 27.23

Length: 33.06

For making the head, drag and drop second sphere to the workplane. The measurements are:

Height: 31.31

Width: 32.68

Length: 39.67

Put it above the body by aligning both of them.

To make the ears, drag and drop a round roof to the workplane. Scale it into height of 5mm, width of 4mm, and length of 7mm. Put it into the head of the panda. Rotate it 22.5 degrees to the left. Duplicate and flip it to make the other side of ear. Align both of them. If you print separately, like I did, make a hole by using the head of the panda itself, so that the ears will go nicely onto the head of panda.

For the muzzle, drag and drop a sphere into the workplane. Scale it into the height of 9.63mm, the width of 9.36mm, and the length of 15.87mm. Attach it to the head.

To make the nose, grab a sphere and scale it into the diameter of 3 mm. Put it onto the muzzle.

To make the mouth, drag a round roof to the workplane. Scale it into the height of 3 mm, the width of 3 mm, and the length of 7 mm. Duplicate it and make it into a hole. Scale it into the height of 3.5 mm, the width of 3 mm, and the length of 7 mm. Group them together. Put the mouth to the muzzle. Rescale the height of 2 mm.

To make the eyes, drag a sphere into the workplane. Scale it into the diameter of 5mm. Stick it to the head. Duplicate and move it until you get the right position for both eyes.

To make the neck, grab a cylinder to the workplane and scale to the diameter of 20 mm and the height of 2 mm. Duplicate it and make it a hole. Scale to the diameter of 19.23 mm and the height of 3 mm. Group them together. Put the neck to the body.

Grab a paraboloid. Scale it into the height of 7 mm, the width of 7 mm, and length of 15 mm. Rotate it until it is -15 degrees. Put it into the panda's body. Duplicate and flip it. Move it until it is symmetrical. Duplicate the panda's body and make it a hole. Group them together.

Grab a cylinder into the workplane. Scale the diameter of 5mm and the height of 45mm. Rotate to 45 degree. Stick it to the panda's body. I add with asteroid shape for the outer side of bamboo, but it is optional.

Drag a sphere into the workplane. Scale the diameters of 9 mm. Put it to the panda's body and duplicate the leg. Duplicate the panda's body and make it a hole. Group the legs and the hole together.

Save and export the Panda file to .stl file and print it, but for this time, print panda part by part of the body with different color. Choose three colors for the panda. I choose black, green, and white.

First, print the head. In the head, I included eyes, muzzle, nose, and mouth because they are small parts so it is very difficult to print separately. Second, print the body. Next, print the neck, hands, ears, legs, and lastly, bamboo.

Open the Dremel Digilab 3D Slicer. Make sure the object is on the base. Choose the print setup.

I choose "medium quality", Infill: Gradual, Tick the build plate adhesion, and send to printer. I choose medium quality this time because high speed does not give a good result for smaller object.

Glue all body part of panda one by one using hot glue gun. See the picture. Use a black Sharpie to draw the eyes, nose, and mouth.

There are some steps to make tea bag holder with Bunny. The result will be like this.

Drag a sphere into the workplane. Scale it into the diameter of 40 mm.

Drag a rounded cube into the workplane. Scale it into 32 mm in all faces. Grab a metafillet and make bevel to the upper part of body, so the body is a little bit rounded. The measurement of metafillet is shown in the picture. Attach the head to the body.

Drag and drop sphere to workplane. The diameter of the sphere is 5 mm. Attach the eyes to the head. Duplicate and move it until you get the right position for both eyes.

For the muzzle, drag and drop a sphere into the workplane. Scale it into the height of 6 mm, the width of 11 mm, and the length of 12 mm. Attach it to the head.

To make the nose, grab a roof and scale it into the height of 2 mm and the width and length of 4 mm each. Put it onto the muzzle.

Drag and drop tube to the workplane. Measure the height of 4.02 mm, the width of 3.01 mm, and the length of 5 mm. Drag a cylinder and make a hole of it. Cut it into the shape like mustache. For the size, see the picture.

Drag a paraboloid to the workplane for making the ear. Copy and flip it 180 degrees. Put them together. Rotate 90 degrees. Shorten the width into 4.75 mm and make the length of 14 mm and height of 41 mm. Copy and resize it into the width of 4.05 mm, the length of 11.95 mm, and the height of 35 mm. Align them. Make it into a hole. Group them together. Stick the ears to the head of the bunny. Duplicate the ear. Put it onto the other side.

Drag a sphere into the workplane. Scale the diameters of 9.12 mm and the height of 14.60 mm, so it looks like an ellipse. Put it to the bunny's body. Add three more half sphere to become toes. For the dimension of toes, see the pictures. Rotate the toes until the flat parts face to the body. Duplicate the leg and toes. Attach them to the body.

Drag and drop sphere to the workplane. Make the sphere become ellipse with the size:

Height 5.54 mm

Length 15.47 mm

Width 7.68 mm

Rotate 22.5 degrees vertically and 33 degrees horizontally. Make a copy. Stick it to the bunny's body. You created two hands.

For making a carrot, drag and drop a paraboloid and heart to the workplane. Make the size as shown in the pictures.

Save and export the Bunny file to .stl file and print it, but for this time, print bunny part by part of the body. Choose two colors for the bunny. I choose blue and red.

First, print the head. In the head, I included eyes, muzzle, nose, ears, and mouth because they are small parts so it is very difficult to print separately. Second, print the body. In the body, I included legs and hands. Lastly, print carrot.

Open the Dremel Digilab 3D Slicer. Make sure the object is on the base. Choose the print setup.

I choose "medium quality", Infill: Gradual, Tick the build plate adhesion and support, and send to printer.

Glue all body part of bunny one by one using hot glue gun. See the picture. Use a black Sharpie to draw the eyes, nose, and mouth.

To make glass lid, drag and drop cylinder to the workplane. Scale it and make hole in the center. For the scaling, see the pictures. To make the glass lid even prettier, you need to make lip by using another cylinder and make it a hole. Group them together until you get like in the picture. In addition, make a gap in the lid for inserting the tea bag's thread. Grab a box, make it a hole. Align and group it with the lid.

Save and export the glass lid file to .stl file and print it.

I have Dremel 3D Printer 3D 40. First, open the Dremel Digilab 3D Slicer. Make sure the object is on the base. Choose the print setup.

I choose "high speed", Infill: Gradual, Tick the build plate adhesion, and send to printer.

There are some steps to make tea bag holder with monster truck. The result will be like this.

Drag and drop a cylinder to the workplane. Make a measurement as follows:

Height: 16.20 mm

Width: 10.99 mm

Length: 16.20 mm

Drag and drop another cylinder to the workplane. Make a measurement as follows:

Height: 14.09 mm

Width: 19.17 mm

Length: 14.09 mm

Make it a hole. Align and group them. Drag and drop a wheel. Scale it to the diameter of 24.29 mm and the width of 11.34 mm. Grab a cylinder. Scale it into the diameter of 16.20 mm and the width of 11.90 mm. Align and group them together. Put the rim to the tire. Align them. For the tire threads, use box from the shape menu and the size is 5 mm of length, 2 mm of height and 5 mm of width. Rotate it 45 degrees. Copy and flip it. Group them together. Copy them once, and after that, make smart copy around the wheel for 14 times.

Make the frame by grabbing a box. Scale it into the height of 13.77 mm, the width of 17.82 mm, and the length of 55.06 mm. Grab a wedge. Make it a hole and scale it into the height of 32.39 mm, the width of 23.48 mm, and the length of 32.39 mm. Duplicate and flip it horizontally. Group them with the frame. See the picture. Drag another wedge. Scale it into the height of 7.29 mm, the width of 76.12 mm, and the length of 8.10 mm. Also, drag a box and scale it into the height of 7.29 mm, the width of 68.02 mm, and the length of 14.58 mm. Duplicate the wedge. Flip and make them holes and group them together with the frame.

For the axle, drag and drop a cylinder. Make the size of the cylinder 10 mm diameter and 1.62 mm width. Copy 3 times, so you have 4 axles in total. Set aside.

Drag and drop a box to the workplane. Scale it into the width of 23.62 mm, the length of 64.78 mm, and the height of 10.66 mm. Make the radius of 3. Drag round roof and make the length of 11.27 mm, the width of 37.12 mm and the height of 4.79 mm. Copy to the other side of the box and make them holes. Group the holes and the body together.

For the hood, drag and drop box. Make the radius of bevel 3. Scale the box with the length of 20.77 mm, the width of 21.05 mm, and the height of 3.24 mm. Drag a round roof to the workplane. Scale it with the length of 3.11 mm, the width of 21.05 mm, and the height of 6.48 mm. Group it with the hood. Make a hole using a box with length of 22.97 mm, width of 21.20 and the height of 19.44 mm. Put it on the middle- top of the body. Group it with the body.

Continue to make the body of monster truck. Drag and drop box to the workplane and put it in the middle of the body to make passenger compartment tub. Make a hole and group them together.

For the trunk of monster truck, drag and drop box to the workplane. Scale it with the size as follow:

Length: 21.05 mm

Width: 19.44 mm

Height: 32.39 mm

Make sure it passes to the bottom. Make it a hole. Group them together.

For seat, use 2 boxes. Make them 90 degrees angles for each other. For the scale, see the pictures.

Drag and drop a box. Make the radius of 3. Scale it as shown in the picture. Drag and drop another box. Make it a hole and scale it as shown in the picture. Group them together. See the picture.

For holder, drag and drop a box to the workplane. See the picture for the measurement. Copy it, so you have 2 pieces of boxes.

To make the truck's cab, you will need to drag 4 boxes into the workplane. Scale and group them as shown in the pictures. The cab's roof need to be beveled by using 3 metafillet and make them holes. For the windshield, use 2 wedges. Make one of them as a hole and group them together.

Save and export file to .stl file and print it, but for this time, print monster truck part by part of the body with different color. Choose three colors for the panda. I choose black, green, white, and red.

First, print the wheels, frame and axles. Next, print the body. In the body, I included hood, trunk, seat and bumper because they are small parts so it is very difficult to print separately. Later, print the trucks' cab and lastly, holders.

Open the Dremel Digilab 3D Slicer. Make sure the object is on the base. Choose the print setup.

I choose "medium quality", Infill: Gradual, Tick the build plate adhesion, and send to printer. I choose medium quality this time because high speed does not give a good result for smaller object.

Glue all truck parts one by one using hot glue. See the picture. Finally, glue a paper clip to make truck's hook for hooking the tea bag's thread.

The project is finished! It is Fantastic, right? Now you can have fun while making your own tea! I hope you like and enjoy it.

Thank you for reading my Instructable.

For more project idea, visit 3D Printing Center.