
Ultimate Gear Collection 3D print model
cgtrader
Comprehensive assembly of 127 meticulously crafted gears and accompanying components, intricately designed to be effortlessly integrated into CAD designs, cinematic productions, and 3D printed applications. A versatile range of gears are built using modular geometries, empowering users to assemble innumerable combinations that generate a multitude of mechanical functions. Ten diverse gear styles come in various sizes: Eighteen gear racks boast a square profile with twenty-eight teeth: Three sets featuring a 16-tooth configuration, Three sets with a 32-tooth arrangement, And twelve additional rack designs incorporating forty-two teeth, specifically suited for specialized projects that demand intricate detail and precision. Five identical gear rack configurations display rounded profiles: Twenty-six gear styles boasting eight sizes ranging from twenty-eight to sixty-four teeth include: Eight unique gear styles each comprising fourteen-to thirty-two teeth, Four spur gears exhibiting thirteen or seventeen-tooth designs respectively. Additionally, five internal-toothed ring gears measuring between sixteen and sixty-four teeth serve an assortment of mechanical tasks requiring rotational speed boosts. Three helical gear pairs exhibit right-handed twist in varying tooth numbers ranging from twelve to twenty-seven: And eight helical gear configurations demonstrate a left-twist orientation in nine specific sizes including fourteen to fifty-six-tooth arrangements, respectively. One high-quality miter set offers matching sixteen-tooth ratios while two additional pairs offer four or three ratio bevel designs utilizing standard sixteen-tooth gears paired with other gear options measuring either 24 or twenty-two teeth.
With this file you will be able to print Ultimate Gear Collection 3D print model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Ultimate Gear Collection 3D print model.