3D Model Database

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    3D Model of a Mechanical Mousetrap Racer

    3D Model of a Mechanical Mousetrap Racer

    Mousetrap Racer

    A simple mousetrap provides the power in this 3D printed racer. The racer uses the stored mechanical potential energy of a spring to create forward motion, using that energy to unwind a axle string creating a rotational action, which in turn, makes the wheels turn. Pliers and a knife are needed to remove the supports. Super glue, files or sandpaper are needed for final assembly.
    CCBYNCSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: On
    Advanced settings: Default
    • Total print time 18 hours 50 minutes
    • Total filament 53 m
    • Additional non-printable components
    • Printed all at once
    3D Model of a Multi-purpose Ergonomic Handle

    3D Model of a Multi-purpose Ergonomic Handle

    Ergonomic Handle

    An example of a multi-purpose handle. Print it with default settings with or without supports. While supports are not necessary, they are pretty easy to remove by hand.
    CCBYNCSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 6 hours 30 minutes
    • Total filament 7.2 m
    • Additional non-printable components
    • Printed all at once
    3D Model of a Projection Station

    3D Model of a Projection Station

    Corner Projection Station

    A set of corner objects commonly used to represent a 3D model in a 2D world. Includes base bars, corner uprights, endcaps, mounts, and a side plate.
    CCBYSA

    Recommended print settings

    Print profile: Default/Speed
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 9 hours 45 minutes
    • Total filament 24.5 m
    • Additional non-printable components
    • Printed all at once
    3D Model of an Engine Bell Stand for Rocket Nozzles

    3D Model of an Engine Bell Stand for Rocket Nozzles

    Engine Bell Stand

    A stand/holder for rocket nozzles. Print on default setting with supports turned off.
    CCBYNCSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 3 hours 30 minutes
    • Total filament 6.7 m
    • Additional non-printable components
    • Printed all at once
    3D model of Caffeine Molecule

    3D model of Caffeine Molecule

    Caffeine Molecule

    Caffeine is found in the leaves and beans of the coffee plant, in tea, yerba mate, and guarana berries, and in small quantities in cocoa, the kola nut and the Yaupon Holly. Overall, caffeine is found in the beans, leaves, and fruit of over 60 plants. It is an interesting molecule chemically because it is made up of a 5-membered ring and a 6-membered ring. Assembly is easy.
    CCBY

    Recommended print settings

    Print profile: Fine
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 28 hours
    • Total filament 34 m
    • Additional non-printable components
    • Printed all at once
    3D Model of Cube 1

    3D Model of Cube 1

    Cube 1

    Cubic units can be defined as the units used to measure volume. This model helps pupils to visualize how to calculate the volume and area of a variety of complex rectangular prisms. This model includes the supplement for assembling the cube.
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 3 hours
    • Total filament 5.4 m
    • Additional non-printable components
    • Printed all at once
    3D Model of Cube 2

    3D Model of Cube 2

    Cube 2

    Cubic units can be defined as the units used to measure volume. This model helps pupils to visualize how to calculate the volume and area of a variety of complex rectangular prisms.
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 2 hours
    • Total filament 2.6 m
    • Additional non-printable components
    • Printed all at once
    3D Model of Cube 3

    3D Model of Cube 3

    Cube 3

    Cubic units can be defined as the units used to measure volume. This model helps pupils to visualize how to calculate the volume and area of a variety of complex rectangular prisms.
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 1 hour 45 minutes
    • Total filament 2 m
    • Additional non-printable components
    • Printed all at once
    3D Model of Cube 4

    3D Model of Cube 4

    Cube 4

    Cubic units can be defined as the units used to measure volume. This model helps pupils to visualize how to calculate the volume and area of a variety of complex rectangular prisms.
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: On
    Advanced settings: Default
    • Total print time 2 hours 15 minutes
    • Total filament 3.5 m
    • Additional non-printable components
    • Printed all at once
    3D Model of Cube 5

    3D Model of Cube 5

    Cube 5

    Cubic units can be defined as the units used to measure volume. This model helps pupils to visualize how to calculate the volume and area of a variety of complex rectangular prisms.
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 2 hours 15 minutes
    • Total filament 3 m
    • Additional non-printable components
    • Printed all at once
    3D Model of Cube Volume Quadrant

    3D Model of Cube Volume Quadrant

    Cube Volume Quadrant

    Cubic units can be defined as the units used to measure volume. This model helps pupils to visualize how to calculate the volume and area of a variety of complex rectangular prisms.
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 2 hours 30 minutes
    • Total filament 5.2 m
    • Additional non-printable components
    • Printed all at once
    3D model of Egyptian Cartouche

    3D model of Egyptian Cartouche

    Cartouche

    Egyptian monuments often used cartouches as ornamental additions. Cartouches would usually have engraved icons or symbols related to the person associated with the monument. They were often used to adorn tombs.
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 2 hours 15 minutes
    • Total filament 6 m
    • Additional non-printable components
    • Printed all at once
    3D Model of Hills

    3D Model of Hills

    Hills

    An easy-to-print model of a topographic feature – hills. This model will help the pupils to visualize these geographical shapes.
    CCBYSA

    Recommended print settings

    Print profile: Speed Print
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 25-45 minutes
    • Total filament 0.8 m
    • Additional non-printable components
    • Printed all at once
    3D Model of the Curiosity Rover

    3D Model of the Curiosity Rover

    Curiosity Rover

    The Curiosity Rover was launched into space by Nasa on November 26, 2011, just after 3:00 p.m. Its mission was to get to Mars and investigate the Martian climate and geology of the planet. The Rover is constructed with four parts.
    CCBY

    Recommended print settings

    Print profile: Fine
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 60 hours
    • Total filament 50 m
    • Additional non-printable components
    • Printed all at once
    3D Model of the Da Vinci Bridge

    3D Model of the Da Vinci Bridge

    Da Vinci Bridge

    Complete Da Vinci bridge set, ready to be assembled. Enable brim in the advanced settings to ensure proper print pad adhesion. Print on a 0.2 mm layer height.
    CCBYNCSA

    Recommended print settings

    Print profile: Default
    Initial platform: Brim
    Print supports: On
    Advanced settings: 0.2mm layer height
    • Total print time 7 hours 10 minutes
    • Total filament 20 m
    • Additional non-printable components
    • Printed all at once
    3D Model of the Da Vinci Card

    3D Model of the Da Vinci Card

    Da Vinci Card 

    It is believed that Da Vinci created two different catapult models, a one-armed and a two-armed design. A pawl and ratchet system incrementally tightens the firing system. In this one-arm design. 
    CCBYSA

    Recommended print settings

    Print profile: Fine
    Initial platform: None
    Print supports: On
    Advanced settings: Default
    • Total print time 3 hours
    • Total filament 3.1 m
    • Additional non-printable components
    • Printed all at once
    3D Model of the Mars Lander Vehicle

    3D Model of the Mars Lander Vehicle

    Mars Lander

    Contains all the models and support pieces to print a Mars lander vehicle as a Credit Card Kit.
    CCBYSA

    Recommended print settings

    Print profile: Fine
    Initial platform: None
    Print supports: On
    Advanced settings: Default
    • Total print time 8 hours
    • Total filament 9.5 m
    • Additional non-printable components
    • Printed all at once
    3D Model of the Maxwell Wheel

    3D Model of the Maxwell Wheel

    Maxwell Wheel

    The Maxwell Wheel is a classic device used to demonstrate the conservation of mechanical energy and its conversion into another form of energy such as Kinetic energy. By rotating the wheel by hand, the supporting cords move to the top and, when released, the energy conversion occurs as the wheel falls. Once at the bottom, kinetic energy changes to potential energy as the wheel’s movement rolls the cords up again. This motion and resulting energy conversion continues until all the energy is used due to friction.
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: None
    • Total print time 4 hours 5 minutes
    • Total filament 8.41 m
    • Additional non-printable components
    • Printed all at once
    Abyss

    Abyss

    3D model of Abyss

    An easy-to-print model of a topographic feature – abyss. This model will help the pupils to visualize these geographical shapes.
    CCBYSA

    Recommended print settings

    Print profile: Speed Print
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 25-45 minutes
    • Total filament 0.8 m
    • Additional non-printable components
    • Printed all at once
    Aerojet Rocketdyne RS 25

    Aerojet Rocketdyne RS 25

    Space shuttle engine nozzle in 3D

    The nozzle of the main space shuttle engine. Can be printed with or without supports. Placing all the nozzles on the print bed will save some printing time.
    CCBYNCSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: On
    Advanced settings: Default
    • Total print time 2 hours
    • Total filament 1.8 m
    • Additional non-printable components
    • Printed all at once