3D Model Database

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    Arrowhead

    Arrowhead

    Arrowhead model in 3D

    The arrowhead is part of the Archaeological Dig lesson. Duplicate the model to print many arrowheads at the same time. 
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: On
    Advanced settings: Default
    • Total print time 20 minutes
    • Total filament 0.3 m
    • Additional non-printable components
    • Printed all at once
    Astronaut Toolkit

    Astronaut Toolkit

    3D Toolkit

    The International Space Station (ISS) is the location for this lesson. Students learn the history of 3D printing in space before accepting the challenge to assist the astronauts with replacing tools needed in their toolkit. Screwdriver bits and wrenches are needed and students design and then test their 3D prints. What other tools might the astronauts need while in space? Can they be 3D printed? Discuss what improvement can be made to the student’s 3D printed tools.
    CCBYNCSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: On
    Advanced settings: Layer height 0.2 mm
    • Total print time 16 hours
    • Total filament 36 m
    • Additional non-printable components
    • Printed all at once
    Barcode

    Barcode

    3D Barcode model

    Barcodes seems to have been around forever but they were patented in 1951 by Norman Joseph Woodland and Bernard Silver. The invention is based on Morse Code. It wasn’t until 1974 that the first barcode was scanned on a pack of Wrigley’s chewing gum.
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: None
    • Total print time 4 hours
    • Total filament 10.2 m
    • Additional non-printable components
    • Printed all at once
    Basic Dice

    Basic Dice

    Basic Dice 3D model

    Common dice with dots on its sides. The sum of the numbers on opposing sides is 7. The corners are rounded to increase the rotation of dice.
    CCBYNCSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Set roof and bottom thickness to 1.2mm. Set shell thickness to 1.2mm
    • Total print time 2 hours 15 minutes
    • Total filament 3.8 m
    • Additional non-printable components
    • Printed all at once
    Basic Numbered Dice

    Basic Numbered Dice

    Basic Numbered Dice 3D model

    Dice with numbers instead of dots on the sides. The sum of the numbers on opposing sides is 7.
    CCBYNCSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Set roof and bottom thickness to 1.2mm. Set shell thickness to 1.2mm
    • Total print time 2 hours 15 minutes
    • Total filament 3.8 m
    • Additional non-printable components
    • Printed all at once
    Basic Tensegrity Pyramid

    Basic Tensegrity Pyramid

    Tensegrity Pyramid model in 3D

    Tensegrity is a structural principle based on individual pieces under compression inside a structure that is under continual tension in such a way that the individual pieces to not touch each other while the tensioned pieces (for example, twine or wire) delineate the system’s structure. In other words, one is left wondering how the individual pieces seem to float in mid-air. This model contains the bars and top/bottom pieces for a pyramid type of structure.
    CCBYSA

    Recommended print settings

    Print profile: Speed
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 1 hour 10 minutes
    • Total filament 3.8 m
    • Additional non-printable components
    • Printed all at once
    Basin

    Basin

    3D model of basin

    An easy-to-print model of a topographic feature – basin. 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
    Bay

    Bay

    Model of a bay

     

    CCBYSA

    Recommended print settings

    DeeControl Settings: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 1 hour 30 minutes
    • Total filament 3.6 m
    • Additional non-printable components
    • Printed all at once
    Bays

    Bays

    BAY BOLETE
    The Bay Bolete has a chestnut-brown cap, which is hemispherical in young fruiting bodies, while in older fruiting bodies the cap is arched to flat. The tubes and pores are yellow to greenish in colour. The spine is usually slender and cylindrical, light brown in colour, and marbled on the surface. The flesh is white, may be yellowish or brownish in places and, if disturbed, may turn slightly blue in some places. The Bay Bolete is a very tasty edible mushroom. It grows abundantly singly or in groups in coniferous forests, mainly under spruce or pine trees, but can also be found under some deciduous trees such as beeches or oaks.
    The models of the Bay Bolete show adult fruiting bodies. After printing, the model should be coloured externally with a suitable shade of brown and the flesh should be lightly blued. To represent the tubes, it is advisable to use a thin slice of a yellow dish sponge, which should be trimmed with scissors into a suitable shape and glued with a hot glue gun to the underside of the hat. Finally, it is a good idea to trim the overlapping edges of the sponge by cutting them off.
    PENNY BUN
    The Penny Bun has a pale and hemispherical cap when young, later brown and arched. There are often various bumps on the surface of the cap. Underneath the cap are the tubes, which are white in young fruiting bodies and yellow to green in older fruiting bodies. The spine is white and ventral when young, club-shaped, brownish at the top, and brownish white towards the bottom when mature. The surface of the stipe has a white or pale net. The flesh is white and does not discolour when disturbed. The Penny Bun is an edible, tasty, and widely sought-after species by mushroom pickers. It grows singly and in groups and can be found in spruce forests as well as under other trees such as pines, oaks, beeches, and others.
    The models of the Penny Bun show adult fruiting bodies. After printing, the model's cap should be painted brown and the spine white and light brown. To represent the tubes, it is advisable to use a thin slice of yellow dish sponge, which should be trimmed with scissors into a suitable shape and glued with a hot glue gun to the underside of the hat. Finally, it is a good idea to trim the overlapping edges of the sponge by cutting them off.
    DEVIL´S BOLETE
    The Devil´s Bolete has a hemispherical, later arched cap, cream or grey in colour, which is irregularly wrinkled. The mouths of the yellow tubes form pores, which are also yellow in the young fruiting body, but turn red as the fruiting body develops. The spine is ventral, later club-shaped, and the colour changes from yellow to red from the cap downwards. A fine net of yellow or red may be present on the upper surface of the stipe. The flesh turns blue when disturbed. Satan mushroom is slightly poisonous when raw. However, if cooked well, it is not harmful to health. It is found in deciduous forests, mainly under oaks, hornbeams, or beeches, singly or in groups. Its occurrence is rather rare, growing at lower altitudes on limestone and other basic substrates.
    The models of the Devil´s Bolete depict adult fruiting bodies. In the post-processing, the cap should be painted light grey, and the stipe should be painted from yellow to dark red. The flesh should show the bluing. A thin slice of red dish sponge can be used to represent the tubes, which can be shaped with scissors and glued with a hot glue gun to the underside of the hat. Finally, it is a good idea to trim the overlapping edges of the sponge by cutting them off.
     
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Brim
    • Total print time 34 hours 22 minutes
    • Total filament 160.23 m
    • Additional non-printable components
    • Printed all at once
    Bear

    Bear

    3D model of a bear

    Is it a Grizzly, a Black or Brown bear? Maybe a polar bear. You can print several of them and have a collection of various bear types. Just change the filament color for the type of bear you need
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: None
    • Total print time 50 minutes
    • Total filament 1.82 m
    • Additional non-printable components
    • Printed all at once
    Big Gripper

    Big Gripper

    Gripper

    It will helps open tightly closed bottles. For printing, use a 0.2mm layer height to save some time. There is no post processing needed for this model.
    CCBYNCSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: On
    Advanced settings: 0.2mm layer height 1.2 mm shell
    • Total print time 2 hours 30 minutes
    • Total filament 7.8 m
    • Additional non-printable components
    • Printed all at once
    Bone

    Bone

    3D model of a bone

    This is a simple bone model that is the typical shape when referring to bones of any kind. 
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 1 hour
    • Total filament 2.2 m
    • Additional non-printable components
    • Printed all at once
    Braille characters

    Braille characters

    The lesson is a continuation of the BRAILLE'S CUBE lesson. The use of teaching aids, called Braille cubes, is another way of teaching Braille. In contrast to the "cube", it also allows the composition of individual syllables into words, which is an essential part of the methodology for teaching reading and writing not only to pupils with visual impairments.  It develops all the key competences from the RVP, but especially the following: 
    - understands, thinks about, responds to and creatively uses various types of texts and records, visual materials, commonly used gestures, sounds and other information and communication media for their own development and active participation in social life
    - uses information and communication means and technologies for quality and effective communication with the outside world (communicative competence).
    The lesson/aid can be used with students in the following learning areas:
    VZ-9-1-03 explains with examples the direct links between physical, mental and social health; explains the relationship between meeting basic human needs and the value of health;
    VO-9-1-04 apply appropriate behaviour and communication in different life situations;
    VO-9-1-05p recognizes the value of friendship and relationships between people and is considerate of elderly, ill and disabled fellow human beings;
    VV-5-1-06 locates and incorporates the content of visual imagery independently created, selected, or modified into communication in social relationships.

    The set contains cubes with Braille dots. Each cube contains a graphic representation of one of the Braille characters and its writing in Braille. Specifically, the set contains the combinations for the letters A to Z, punctuation (period, comma, exclamation mark and question mark), and the prefixes "number", "capital letter" and "string of capital letters".
    For practical use, the cubes need to be printed in two colours with high colour contrast, preferably a basic light body (white, yellow) and a dark  (black) dots. If changing the filament during the printing process is not possible, the cubes need to be finished by post-processing, which would include recolouring the dots. 
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 5 hours 34 minutes
    • Total filament 25 m
    • Additional non-printable components
    • Printed all at once
    Brick by Brick 1 3D model

    Brick by Brick 1 3D model

    Brick by Brick 1 

    Contains individual brick and hinge pieces.
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 4 hours 45 minutes
    • Total filament 11.1 m
    • Additional non-printable components
    • Printed all at once
    Brick by Brick 2 3D model

    Brick by Brick 2 3D model

    Brick by Brick 2

    Contains six Lego®-style building block bricks of varying sizes and shapes with a traditional toy brick height.
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 4 hours 50 minutes
    • Total filament 5.65 m
    • Additional non-printable components
    • Printed all at once
    Brick by Brick 3 3D model

    Brick by Brick 3 3D model

    Brick by Brick 3

    Contains eight Lego®-style building block bricks of varying sizes and shapes each with a smaller height than the traditional toy brick height.
    CCBYSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: Default
    • Total print time 7 hours 25 minutes
    • Total filament 11.77 m
    • Additional non-printable components
    • Printed all at once
    Casting Mold

    Casting Mold

    3D Model fo Casting Mold

    In this lesson, students learn what casting molds are and design their own mold. Then they use either chocolate, wax, soap or gelatin as casting material to see if the fluid filled the mold’s cavity completely. How complex the casting model is can affect the overall look of the created object.
    CCBYNC

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: On
    Advanced settings: 0.2 mm layer height. Roof and bottom thickness 1.2mm, shell thickness 1.2mm
    • Total print time 25 hours 15 minutes
    • Total filament 57.3 m
    • Additional non-printable components
    • Printed all at once
    Cell Stand 1

    Cell Stand 1

    Phone Stand

    Simple cell phone stand without a hole for a cable
    CCBYNCSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: Off
    Advanced settings: 0.2 mm layer height
    • Total print time 19 hours
    • Total filament 11.5 m
    • Additional non-printable components
    • Printed all at once
    Cell Stand 2

    Cell Stand 2

    Phone stand

    Folding cell phone stand. Remove the support and assemble.
    CCBYNCSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: On
    Advanced settings: Default
    • Total print time 2 hour
    • Total filament 3.7 m
    • Additional non-printable components
    • Printed all at once
    Cell Stand 3

    Cell Stand 3

    Phone stand

    Large cell phone stand with a hole for a charger. Smaller phones need to be in landscape position so they don’t fall through.
    CCBYNCSA

    Recommended print settings

    Print profile: Default
    Initial platform: None
    Print supports: On
    Advanced settings: Default
    • Total print time 6 hours 30 minutes
    • Total filament 17.6 m
    • Additional non-printable components
    • Printed all at once