3D Printable Air Conditioner Model - Stay Cool During Hot Summer Days
This 3D model is an effective air conditioner system designed to cool your room during hot summer days. You can use it with 1 or 2 120mm fans according to your preference. The printable model consists of two parts:
-Air Conditioner Main Body
-Cold Water and Ice Container
Features and Usage Instructions:
-For efficient operation, the cold water or ice should be placed in the container, and the fans should be mounted in the same direction. This setup pulls air from outside, cools it inside, and provides you with a refreshing airflow. -If desired, the inside of the air conditioner main body can be fully lined with aluminum foil. This enhances the efficiency of the air conditioner and delays the melting of the ice inside.
3D Printer Compatible:
This model is specifically designed for 3D printing. Additionally, low poly versions of the model are available for use in games or cinematic scenes. File formats: STL, OBJ, FBX, MAYA
Polygons
-For Game: 53.139
-For 3d Printing: 329.807
Dimensions:
-Air Conditioner Main Body: 122x168x173 mm
-Cold Water and Ice Container: 97 x 167 x 32 mm
Precisa de mais formatos? Se precisar de um formato diferente, por favor abra um novo Support Ticket e solicite isso. Podemos converter modelos 3D para: .stl, .c4d, .obj, .fbx, .ma/.mb, .3ds, .3dm, .dxf/.dwg, .max. .blend, .skp, .glb. Não convertemos cenas 3D e formatos como .step, .iges, .stp, .sldprt.!
Creating a homemade air conditioner using 3D printing is an innovative and cost-effective way to beat the heat. Home Builder To start, design a compact unit with a fan, cooling element, and housing that can be printed using a 3D printer. The fan can be powered by a small motor, and the cooling element can be as simple as a heat exchanger or a container for ice or cold water. The 3D-printed housing should be designed to hold these components securely while allowing for optimal airflow. Ensure that the design includes vents for air intake and exhaust to maximize cooling efficiency. Once printed, assemble the components, connect the fan to a power source, and add ice or cold water to start the cooling process. This DIY approach not only offers a fun project for 3D printing enthusiasts but also provides an accessible way to create a personalized air conditioning solution.
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Physical advertisements for local, national, and global markets
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Royalty-Free Usage
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The Extended License for an item is two (2) times as expensive as the Basic License for the same item. For example, if you can obtain some 3D model under a Basic License for $20, the same model under an Extended License will cost you $40.
You cannot redistribute or resell items purchased under any type of license (Basic or Extended), whether separately or included in some kind of collection of 3D model resources. Leia mais
Yes, If the model is under Royalty Free license , you can use it as long as it is incorporated into the product and as long as the 3rd party cannot retrieve it on its own in both digital and physical form.
No AI Training License
Licenses marked with the "no AI" designation do not grant permission for utilizing the product in tasks related to machine learning or the training of neural network models, including generative AI models.
These conditions terms specified by okanunal for the Homemade air conditioner suitable for 3D printing. Leia mais
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Home Builder To start, design a compact unit with a fan, cooling element, and housing that can be printed using a 3D printer. The fan can be powered by a small motor, and the cooling element can be as simple as a heat exchanger or a container for ice or cold water. The 3D-printed housing should be designed to hold these components securely while allowing for optimal airflow. Ensure that the design includes vents for air intake and exhaust to maximize cooling efficiency. Once printed, assemble the components, connect the fan to a power source, and add ice or cold water to start the cooling process. This DIY approach not only offers a fun project for 3D printing enthusiasts but also provides an accessible way to create a personalized air conditioning solution.