Cute Unicorn
Cute unicorn
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- Polubienia
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- Ocena
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A cute karate unicorn that can be printed in one colour to be painted or printed in multicolour
A Bulbasaur with a Halloween twist
Print at 100% infill with a layer height of 0.08mm with a base layer of 0.16mm The Model is 100x108.33mm in size You may print at higher layer heights below the Min Depth of 0.48mm The Max Depth is 2.2mm and the Actual Depth is 2.2mm…
Print at 100% infill with a layer height of 0.08mm with a base layer of 0.16mm Filaments Used: PETG JAYO Black Transmission Distance: 0.3 PETG JAYO Gray Transmission Distance: 2.5 PETG GEETECH Gray Transmission Distance: 3 PETG JAYO White…
Print at 100% infill with a layer height of 0.08mm with a base layer of 0.16mm Filaments Used: PLA BambuLab Basic Black Transmission Distance: 0.6 PLA BambuLab Basic Blue Gray Transmission Distance: 3 PLA BambuLab Basic Silver…
This was made for a single extruder to print multiple colours Make sure Z-hop/Z-Line is on Slice the 2 files separately. Make sure that they are in the same orientation and in the same place Print 1 first in your first chosen colour Once…
A colourful microbiology display model inspired by the appearance of Salmonella growing on selective and differential agar. This design features a detailed inoculation pattern, areas of dense growth and individual raised colonies. Its…
These custom bricks represent key amino acids using simple three-letter abbreviations, making them a fun and tactile way to explore basic biochemistry concepts. Each brick is labelled in raised lettering for clarity and easy…
A colourful microbiology display model inspired by the appearance of methicillin-resistant Staphylococcus aureus (MRSA) on selective and differential agar. Featuring a vivid agar surface, visible inoculation patterns and contrasting…
A detailed microbiology display model inspired by the appearance of Salmonella growth on selective and differential agar. The model recreates the streaked agar surface and contrasting colonies of a laboratory culture plate. It offers a…
A detailed microbiology display model inspired by the appearance of Pseudomonas spp. colonies on selective agar. Featuring a textured agar surface and clusters of contrasting raised colonies, this model transforms a familiar laboratory…
A 3D-printable microbiology model inspired by a stained bacterial smear containing Escherichia coli. The raised magenta specimen contrasts with the microscope-slide-style base, transforming a delicate microscopic preparation into a…
A detailed microbiology display model inspired by the appearance of Salmonella growing on selective and differential agar. This design features a prominent inoculation pattern, areas of dense growth and smaller colonies appearing along…
A detailed microbiology display model inspired by the appearance of Escherichia coli O157:H7 growth on selective and differential agar. Featuring a vivid red agar surface, visible inoculation lines and contrasting raised growth, this…
Thin layer chromatography (TLC) is a key technique for monitoring reactions, but it can be difficult for students to visualise, especially without access to a lab. This 3D printed model recreates a TLC plate from the synthesis of aspirin…
A 3D-printable microbiology display model inspired by the appearance of Listeria spp. colonies growing on selective agar. This model turns a familiar laboratory sight into a safe, durable teaching aid or display piece. The raised colony…
A colourful microbiology display model inspired by the appearance of Listeria innocua colonies on selective and differential agar. Featuring a textured red agar surface, visible inoculation marks and contrasting raised colonies, this…
A colourful microbiology display model inspired by the appearance of Listeria welshimeri colonies on selective and differential agar. Featuring a textured red agar surface and contrasting raised colonies, this model transforms a familiar…
A detailed microbiology display model inspired by the appearance of Listeria monocytogenes colonies on selective agar. Featuring a textured red agar surface and contrasting dark colonies, this model transforms a familiar laboratory…
A detailed microbiology display model inspired by the appearance of Staphylococcus spp. colonies on selective agar. Featuring a textured agar surface, visible inoculation marks and contrasting raised colonies, this model transforms a…
A 3D-printable biology model inspired by a whole-mount microscope preparation of Oscillatoria, a genus of filamentous cyanobacteria. The raised blue filaments contrast with the microscope-slide-style base, creating a durable model that…
A 3D-printable microscopy model inspired by a Gram-stained specimen containing both Gram-positive and Gram-negative rod-shaped bacteria. The design uses raised forms and contrasting colours to represent the different Gram reactions.…
A 3D-printable microscopy model inspired by a stained specimen of Bacillus species. The design uses raised, contrasting forms to represent rod-shaped bacterial cells and small groupings across a microscope-slide-style base. It offers a…
A 3D-printable microscopy model inspired by a stained specimen containing cocci, the term used for spherical bacterial cells. The design uses raised, rounded forms to represent bacterial cells appearing individually and in small groups…
A 3D-printable microscopy model inspired by an acid-fast-stained sputum specimen containing Mycobacterium tuberculosis. The design uses raised forms and contrasting colours to represent sputum material, background cells and acid-fast…
A 3D-printable microscopy model inspired by a stained specimen containing spirilla, the term used for spiral or helical bacterial forms. The design uses raised, curved shapes to represent spiral bacteria distributed across a…
A 3D-printable microscopy model inspired by a Conklin endospore-stained preparation of Bacillus cereus. The design uses raised forms to represent rod-shaped vegetative cells and bacterial endospores across a microscope-slide-style base.…
A 3D-printable microscopy model inspired by a transverse section of a legume root nodule containing Rhizobium bacteria. The design uses raised forms and contrasting colours to represent sectioned plant tissue and regions associated with…
A 3D-printable microscopy model inspired by a stained specimen of Staphylococcus aureus. The design uses raised, rounded bacterial forms appearing individually and in irregular clusters across a microscope-slide-style base. It offers a…
A 3D-printable microscopy model inspired by a whole-mount preparation of Nostoc, showing filamentous cyanobacteria and specialised heterocysts. The design uses contrasting raised forms to represent a gelatinous colony containing winding…
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