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--- maglab_formicarium [2026/03/08 21:44] – [Keep the nests moist] noctyros
+++ maglab_formicarium [2026/03/09 21:27] (current) – noctyros
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 Here you will find all the important information about the MagLab Formicarium system. From the basic setup to the required 3D-printed parts to the placement of the magnets. In addition, typical questions are answered and practical tips for setup, use, and expansion are provided.
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 ^  Picture  ^  Description  ^
-| {{:img_1789.jpg?direct&100|}} | The nest is the central living space of the ant colony. This is where the queen lives and where the ants care for their brood, including eggs, larvae and pupae. \\ \\ Two nest types are available in this system. A freestanding nest and a modular nest that can be expanded with additional printed elements as the colony grows. \\ \\ The nest must be kept slightly moist. To achieve this, the rear chamber is filled with cotton wool which acts as a small water reservoir. A 2 mm hole on the opposite side allows you to moisten the cotton without opening the nest. |
+| {{:maglab:img_1806.jpg?direct&100|}} | The nest is the central living space of the ant colony. This is where the queen lives and where the ants care for their brood, including eggs, larvae and pupae. \\ \\ The system uses a modular nest design that can be expanded with additional printed nest modules as the colony grows. If you do not want to expand the nest further, the side connections can simply be closed using the small stoppers. \\ \\ The nest must be kept slightly moist. To achieve this, the rear chamber is filled with cotton wool which acts as a small water reservoir. A 2 mm hole on the opposite side allows you to moisten the cotton without opening the nest. |
-| {{:img_1786_2.jpg?direct&100|}} | The arena is the area of the ant farm where the ants leave the nest and interact with their environment. This is where they search for food, explore their surroundings and transport resources back to the nest. \\ \\ Food and water are usually placed inside the arena so the ants can collect them and bring them to the colony. The arena also serves as a space where ants can move freely and display their natural behavior. \\ \\ In many cases ants will also deposit waste or food remains in the arena, which helps keep the nest clean. |
+| {{:maglab:img_1807.jpg?direct&100|}} | The nest lid is designed to allow clear observation of the colony inside the nest. A microscope slide is embedded into the lid, creating a transparent window that lets you watch the ants and their brood without disturbing the colony. \\ \\ The glass slide is inserted during the printing process and becomes embedded directly into the lid. This makes the window stable, secure and escape-proof. \\ \\ For more information about how the glass slides are inserted during printing, see the section “Insert the microscope slides into the lids” below. |
-| {{:img_1785_2.jpg?direct&100|}} | The MagLab Hub is the central connection element of the system. It allows you to connect nests, arenas and other modules together. \\ \\ All elements can be attached to the hub, making it easy to expand or rearrange the setup at any time. This makes the system flexible and modular as the colony grows. \\ \\ The hub acts as the main junction that links all parts of the ant farm and keeps the entire system connected. |
+| {{:maglab:img_1809.jpg?direct&100|}} | The arena is the area of the ant farm where the ants leave the nest and interact with their environment. This is where they search for food, explore their surroundings and transport resources back to the nest. \\ \\ Food and water are usually placed inside the arena so the ants can collect them and bring them to the colony. The arena also serves as a space where ants can move freely and display their natural behavior. \\ \\ In many cases ants will also deposit waste or food remains in the arena, which helps keep the nest clean. |
-| {{:img_1783_2.jpg?direct&100|}} | Stoppers are simple closing pieces used to seal unused openings in the system. They are placed on connectors where no module is attached. \\ \\ They can be used to close tunnels, connection ports or the small water opening on the back of the nest. This keeps the system sealed and prevents ants from escaping. \\ \\ In general, every open connection that is not currently in use should be closed with a stopper. |
+| {{:maglab:img_1821.jpg?direct&100|}} | The arena lid is designed to allow clear observation of the ants inside the arena. A microscope slide is embedded into the lid, creating a transparent window so you can watch the ants while they explore, search for food and interact with their environment. \\ \\ The glass slide is inserted during the printing process and becomes embedded directly into the lid. This makes the window stable, secure and escape-proof. \\ \\ The arena lid also includes integrated ventilation holes which provide proper airflow inside the arena. \\ \\ For more information about how the glass slides are inserted during printing, see the section “Insert the microscope slides into the lids” below. |
+| {{:maglab:img_1805.jpg?direct&100|}} | The MagLab Hub is the central connection element of the system. It allows you to connect nests, arenas and other modules together. \\ \\ All elements can be attached to the hub, making it easy to expand or rearrange the setup at any time. This makes the system flexible and modular as the colony grows. \\ \\ The hub acts as the main junction that links all parts of the ant farm and keeps the entire system connected. |
+| {{:maglab:img_1819.jpg?direct&100|}} | Stoppers are simple closing pieces used to seal unused openings in the system. They are placed on connectors where no module is attached. \\ \\ They can be used to close tunnels, connection ports or the small water opening on the back of the nest. This keeps the system sealed and prevents ants from escaping. \\ \\ There are three different types of stoppers in the system. The smallest stopper is used to close the side openings of the modular nests. The medium and larger stoppers are used to close the rear openings of the nests where the water ports are located. \\ \\ In general, every open connection that is not currently in use should be closed with a stopper. |
+| {{:maglab:img_1802.jpg?direct&100|}} | The magnet alignment tool helps you insert magnets with the correct polarity. This ensures that all modules attract each other instead of repelling, which is essential for the system to work properly. \\ \\ Using this tool makes the assembly process much easier and prevents mistakes when installing the magnets. \\ \\ You can download the magnet alignment tool here: https://makerworld.com/de/models/2491263-magnet-pole-checker#profileId-2737610 |
 ====== Print the parts ======
-Coming soon
+Before printing the parts it is important to make sure that your printer is properly calibrated. This project uses fairly tight tolerances, so correct printer calibration and properly calibrated filament profiles are essential for a good fit.
+All parts shown in the images were printed using a 0.4 mm nozzle. However, some users may prefer using a 0.2 mm nozzle for higher detail or slightly more precise tolerances. That said, printing with a 0.4 mm nozzle works perfectly fine and was used for the entire project.
+No supports are required for any of the parts. All components were designed to be printed easily while maintaining accurate tolerances.
+To make printing even easier, a ready-to-use print profile is provided. You can open it directly from MakerWorld by clicking **“Open in Bambu Studio”**. The print file is already configured, so you can simply load it and start printing.
 ====== Insert the microscope slides into the lids =====
+{{maglab:img_1769.jpg?direct&200|}}  {{maglab:img_1771.jpg?direct&200|}}
 The microscope glass slides are inserted during the printing process. This means they become embedded directly into the printed lid, making the window very stable and escape-proof.
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 The pause happens automatically at layer 11, so you do not need to configure anything manually. Just make sure your printer tolerances are properly calibrated so the glass fits correctly.
-{{:img_1769.jpg?direct&200|}}  {{:img_1771.jpg?direct&200|}}
 ====== Assemble the formicarium ======
-Coming soon
+The assembly of the formicarium is quite simple. The most important thing to check is the polarity of the magnets. Make sure that all magnets are inserted with the correct orientation so they attract each other instead of repelling.
+During assembly, make sure that all unused tunnels or connection ports are closed with stoppers. This prevents escape routes and keeps the system properly sealed.
+Inside each nest, the rear chamber must be filled with cotton wool. This chamber acts as the water reservoir used to maintain the humidity inside the nest.
+To assemble the arena, microscope glass slides are inserted into the vertical guide slots located in the corner pillars of the arena. These slots hold the glass panels that form the walls of the arena.
+For the small arena, use two glass slides on each side and one on the back.
+For the large arena, use three glass slides on each side and two on the back.
+If you would like to see the full assembly process step by step, you can also watch the assembly video, which demonstrates the setup in detail and may help clarify the process.
+====== Magnet installation ======
+The system uses magnets to connect the individual modules. To ensure that all parts attract each other correctly, the magnets must be inserted with the correct polarity. For this purpose I designed a small magnet alignment tool which makes the process much easier.
+You can download the tool here: https://makerworld.com/de/models/2491263-magnet-pole-checker#profileId-2737610
+The tool consists of two parts called A and B. Place two magnets onto tool A and two magnets onto tool B. Then push the magnets from tool A into one printed part and the magnets from tool B into the part that should connect to it. Because the tools control the polarity, the modules will automatically attract each other once installed.
+It is recommended to add a small drop of super glue into the magnet holes before inserting the magnets. This helps secure them in place and prevents them from coming loose over time.
+For connecting the main modules, 8 mm diameter magnets are used. For attaching the lids, 6 mm magnets are used.
 ====== Keep the nests moist ======
+{{maglab:img_1777.gif?direct&300|}} \\
+//This is a GIF file. Click on it to play it. //
 As shown in the image, the rear chamber of the nest must be filled with cotton wool. This cotton acts as a small water reservoir that provides the humidity required inside the nest.
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 The water inside the nest is not meant as a drinking source. Drinking water should always be provided separately using a dedicated water module in the arena.
-//This is a GIF file. Click on it to play it.
+====== Frequently Asked Questions ======
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+**Are there any more parts coming for the project?** \\
+Yes, definitely. The project is far from finished. The goal is to create the largest project in this category that you can find on Makerworld. So stay tuned!