So I was looking at the previously made mold, but I figured a more budget friendly, less pla
alternative could be made. Hope you enjoy!

Chocolate cake.
Made with Tinkercad.

This is a remix I modeled by subtracting out rweaving's molds, adding some walls, and giving the walls a slight draft outward. I intend to use it to create silicone molds which will hopefully be a little more cleanable than plastic parts. Since I have yet to try it, this is still a work in progress.

I made the original chocolate bunny and it worked very well.

EDIT: I added a low volume variation (two more STL files) in hopes of minimizing the amount of silicone needed.

Cadburys Creme Egg gift box, that doubles up as a spinning top.

Created for a show and tell course at work on our interests or hobbies, it was done as something to give people after the presentation.

Fun little gift box and spinning top ideal for a novelty easter gift.

Designed in fusion 360.

The base is universal so will work with any of the top models.

i printed at 0.2mm layer height using Hatchbox PPLA, in Red for the bases and Blue for the tops.

The STL files may need rotating to print the correct way up. i will update these at a later date.

The Easter Egg Dispenser Bunny is a fun and decorative easy-to-print design for use over the Easter season. The Bunny features a 'flip-top' head so you can load mini chocolate Easter Eggs into an internal channel that runs around the back and out the bottom at the front. A 'stop' is designed in at the bottom to hold the Easter Eggs from rolling straight through so they can be 'dispensed' one at a time. When the presented Easter Egg is removed the rest shuffle down the internal channel so the next is ready to be dispensed...

At standard scale he dispenser measures 150mm x 105mmx 35mm and will take mini chocolate Easter Eggs measuring up to 28mm x 22mm (The channel at standard size measures 30mm x 23.5mm allowing 1.5 to 2mm rolling clearance). If you have a large enough build plate the design can be scaled up uniformly to accept larger Easter Eggs. TIP: Please measure the Easter Eggs to be dispensed 'before' printing to ensure they will roll freely in the internal channel. If not, scale up to suit (Calculate the increase required including allowing for rolling clearance).

Make sure you roll your Easter Eggs in sideways so they roll through the internal channel. You may need to hold the first egg in (bottom egg) during loading otherwise following eggs being loaded may have enough momentum to knock the previously loaded eggs out (i.e. dispense them all at once).

Before loading your Easter Eggs check the internal channel is free of print debris and as smooth as possible so the Easter Eggs inside can roll down with the minimum possible resistance. A well printed dispenser should have no/very few printing imperfections affecting the channel... but if you have some cut them away or sand smooth.

Removing / dispensing Easter Eggs is easy... just gently remove the available egg. The remaining eggs inside will move down a space. Please note that removing eggs slowly / gently will ensure the remaining eggs inside cannot gain enough momentum to roll down and jump the retaining ridge / stop at the end of the channel (i.e. The retaining ridge could have been made bigger / taller but this makes the eggs harder to remove... so it is a trade-off between easy to remove eggs and eggs being well held in place).

This is purely a fun Easter thing. It has been designed to be an easy one piece print with two components. The clearances applied are intentionally loose so it should print well regardless of the slicing app or machine used (as not all slicing apps or machines produce the same results).

The notch at the front side of the joint is purely for alignment purposes to help ensure the head sits straight in its lowered position.

2-PART VERSION: Lots of people with machines with small build plates asked for a way to print this design. For this reason two additional .stl's have been provided which allow the body and head to be printed separately then slotted together so the bunnies head flips open/closed as usual. Please download the 2part - A/B stl's for this requirement. Please also note that this version has not been test printed... but it should be fine as this is a minor revision to the original one-piece version which prints well every time.

Great fun...print in you choice of color/s and make sure you have plenty mini Easter Eggs on hand. The hard part is keeping the Easter Egg Dispenser Bunny stocked with eggs!

And, check out my Easter Egg Holder Bunnies as well. http://www.thingiverse.com/thing:1411956

Please refer to the print setting and images for additional information... and post images of your Easter Egg Dispenser Bunnies in use for others to see.

Note: If you like this check out the rest of my fun and practical designs

infinite chocolate trick for printing!!
can remove up to 3 cubes

animation test (first time tring to create animation via fusion360): http://a360.co/2ocQbT3

update:
i added a 3mm height version - for faster printing

Diameter of 26mm , Wallthickniss: 1 to 2mm
Make two, melt the wall carefull and "weld" it together to a hollow sphere

This was just a simple heart chocolate mold I designed. I made it into two halves so that you can easily get the chocolate out of the mold. To hold it together, all you need is a rubber band wrapped around it.

Ce projet est un socle qui permet de contrôler sa cafetière avec son smartphone ce qui permet entre autre de se preparer un café depuis sa chambre.
Toutes les informations sont disponibles ici : https://coffee-nect.jimdo.com
Les pièces utilisé : https://coffee-nect.jimdo.com/materiel-utilisé/

A tiny but useful thing for presenting your favorite Rittersport in all kinds of situations.

Cookie cutter hearth for cake or chocolate.

3 Files :

• Single hearth : Width 50mm / Heigth 10mm
• Single hearth : Width 30mm / Height 10mm
• Double hearth : Width 50mm - 30mm / Heigth 10mm

Cookie cutter hearth for cake or chocolate.

4 Files :

• Single hearth : Width 50mm / Heigth 10mm
• Single hearth : Width 40mm / Heigth 10mm
• Single hearth : Width 30mm / Height 10mm
• Double hearth : Width 50mm - 30mm / Heigth 10mm

Designed by Inventadore.com

While it's a nice gift, be prepared: working with melted chocolate is a damn dirty and terribly tedious job.

This is a mold to produce chocolate with custom text engraved into. A nice gift designed for Valentine's Day. Open it in customizer (Open in Customizer button) to engrave your custom text!

The engraving is 0.6mm in height, so use an appropriate layer height: 0.3mm, 0.2mm, 0.15mm or 0.1mm. The shell's wall is 0.8mm thick (designed for 0.4mm nozzle diameter). The mold has two parts, printed together: the shell and an inner part. You should be able to break/separate them after printing (there's a 0.5mm gap between them).

Molding

1. Put a plate into the refigerator, and leave it there to cool down.
2. Melt the chocolate. Experts say you must not heat it above 33.8 Celsius.
3. Put the inner part and the shell together. Pour the melted chocolate into it.
4. Move it onto the cold plate in the refrigerator; leave it there for about 10 minutes while chocolate crystallises and hardens back. Let the chocolate side look upward to get nicer surface on the bottom (so leave in the same orientation as it was).
5. When cooled down, grip the shell with your fingernails, and push the inner part gently until the chocolate pops out. Make sure not to brake the cold&rigid chocolate.
6. By removing the inner part the engraved text reveals.
7. Repeat. 90g chocolate it just enough for 3 hearts.

Butter: it makes the separation easier, but you'll end up better surface finish without it. Use it only if you have problems pushing the chocolate our of its shell.

This is a chocolate mold that I designed as part of my Engineering III class at my school. I have not yet tested how easy it is to get the chocolate out of the molds so I'm not sure how good it'll turn out. If you have any suggestions please put a comment below.

The Christmas Stocking Container is a screw cap container that looks like a Christmas Stocking. At standard scale the internal storage area is 35mm in diameter and 80mm tall... so plenty of space for small treats!

This is an easy print but does require good build plate adhesion to ensure the stocking prints well. Print the cap in white and the stocking in red...

This design can be scaled up but scaling down will result in insufficient thread clearance so the cap and stocking won't screw together correctly. Printed at standard scale on a well set up PLA machine with a filament fan, the parts should screw together easily straight off the build plate.

Please refer to the instruction, print settings and images for additional information.

Note: if you like this check out the rest of my fun and practical designs!

Offended by the latest budget cuts to the UK's confectionary sphere? One straw too many? Well fear not, I've got your back. The .stl files are printed in PLA which is used to make a silicone mould, which is then filled with molten chocolate. Vive la résistance!

This is a simple mold to make chocolate shots for rum or coffee, I printed it scaled at 68%, I tried to make the shot but I didn't succed because the chocolate remained attached to the mold, maybe I had to use some baking spray.

The Ice Ball Maker makes perfect 35 mm Ice Spheres. Left over coffee? Freeze it, pour yourself a glass of milk; now you have a latte! Water too bland? Place some berries or cucumber into the mold, freeze, and drop a ball in your next glass of water.

You can use this for making chocolates and candies too!

This is a six-layer prototype Moineau based pump ¬easy to built, assemble and clean, for pumping a controlled quantity of viscous material in vertical direction. The model 131313 consists of a steer auger portion which increases the inner pressure as a layered rotor-like is turned inside a layered stator-like container. See more details at: https://osf.io/preprints/8yyms (see follow up and also improved version at http://www.thingiverse.com/thing:1915577)

The "131313 Model" for a Screw Pump is built as follows  (from Bottom to Top):
 (1st Layer) 
                 A1Bottom.stl
                 B1.stl
  (2nd Layer) 
                 A3.stl
                 B3.stl
  (3rd Layer) 
                 A1.stl
                 B1.stl
  (4th Layer) 
                 A3.stl
                 B3.stl
  (5th Layer) 
                 A1.stl
                 B1.stl
  (6th  Layer) 
                 A3Top-Cone.stl
                 B3Top.stl
 (Top and Axis)
                 Auger-Top.stl
                 Axe.stl
                 Crank.stl

The hot plate part for the Chocolate Dip-inator built by Hinge: http://www.thingiverse.com/thing:1832773
(Or is it Dyp-inator?)

A 12 V heating cartridge (the same type used in many hot-ends) is used to heat an aluminium disc (80 by 15 mm) to 50 degrees C. Since it is a low temperature application, the aluminium discs can be insulated with a slab of closed cell PE-foam packing material, but be aware, that even the modest hot end heating cartridge can easily send an insulated lump of aluminium like this well past 100 degrees C in about 10 minutes!
The holes are simply cut with a scalpel.
The plugs cut out from the slab are sliced into thinner slices, which are placed under the aluminium plate.

An Arduino and a 100-kohm 3950 NTC temperature sensor (You guessed it: the same type used in many hot-ends) control heating.

A MOSFET shield designed by Mogens Hinge provides power handling and user-friendly mounting, but any logic level MOSFET or power transistor setup will work.
It is designed in eagle and previously applied in many other projects. (This is the reason why the attached files are called "Kondenser"). You should use a logic level MOSFET like the IRL540 (not BUZ21 as given) for high current applications.

The power supply is a re-purposed computer supply, delivering 5V to the Arduino and 12V to the heating cartridges.

Assembly:
Place one or more slices of foam in each hole (determines height of the bowl). They insulate downwards and act as spacers to determine the height of the hot plate.
Insert a heating cartridge and a temperature sensor in each of the hot plates, and place them in the foam slabs. Make cuts in the foam to hold the wires in place.
Put the other slab of foam on top.
Place your bowls in the holes. We have used cut-down 80 mm lab beakers (borosilicate glass), but any low and flat-bottomed bowl will do the job. Make the holes in the upper slab a size that supports the bowl.
The entire hot plate assembly is held together with four printed clamps, but for a more permanent setup, it could be glued with contact cement.

It ran flawlessly for two days during the Aarhus Mini Maker Faire in October 2016.

One stencil should fit mugs with diamater 7cm - 9cm.

Thiner version is here http://www.thingiverse.com/thing:2013920

The logo has few variations of sizes and thickness depending how big the logo you would prefer.

My favorite is 30-thick becuase it has big holes and thick intersections, which means it should print well and the spacing should be better defined. Stencils work bit as I light source, the closer you are the sharper it is, when coffe is bit futher from stencil it will allow the gaps to get blury and when they are not thick they can blur. With thick gaps a bit of blur will not matter, while the smaller gaps together with blur could ruin the quality of the final result.

Coasters for chemistry geeks!

Molecules for

• Caffeine
• Ethanol (alcohol)
• Theobromine (compound found in cocoa)
• Vitamin-C
• Sucrose (cane sugar)
• Lactose

Dimensions

• Height: 3 mm
• Diameter: 100 mm
• Raised circle width: 5 mm
• Motif depth: 1 mm

This is a quick cutter that I threw together for pastry chefs and aspiring pastry chefs. It lets you cut a simple plaque shape from dough (for cookies) or soft chocolate or fondant (for written plaques to garnish cakes).

I provide three sizes:

1. 100 × 100 mm (3.9 × 3.9 in)
2. 110 × 60 mm (4.3 × 2.4 in)
3. 80 × 60 mm (3.2 × 2.4 in)

You can resize the cutter as you like by editing the Tinkercad source document, linked below.

Please DO NOT eat the chocolate. Thank you.
Also I have uploaded a newer design that is more correct. the one shown in the video IS NOT the one I have for download. Sorry for that.
https://www.youtube.com/watch?v=AQ_hTT6ndDY
Hello!
As a part of the one day Project challenge I made a simple kit that you can test the speed of light with!

I had a lot of fun working on this project and I had more trouble that I'd like to admit and had to reprint this many times over.

I'm a 16 years old student from Israel playing for the local robotics FRC team as the head CAD department.

Time to design and tinker: 1 hour
Time to Print: 9 (a few tries)
Clean-up and video making: 2 hours

Have a nice day!

Chocolates have a hollow core so you can fill them with caramel, espresso beans, or whatever you like. I included the positive just in case you want to make the mold out of silicon or something else.

Makes chocolates that are 12.7 mm (0.5") wide and 6.35 mm (0.25") tall.

Scanned chocolates for a non-melting window display.