3D Printing Downloads
3D Printing Downloads
Embedded Files
Download various files from below. The links and images work best in Google chrome browser ( I recommend you use chrome browser).
Majority of the 3D Models will be in .STL File format which you will be able to open in most 3D Software for editing and tweaking, and slicer software for straight forward 3D Printing. You will have to slice the .STL project in slicer software and add any required support before 3D Printing.
DOWNLOAD
VERSION
DESCRIPTION
VERSION 1.0
George Pig .STL File. This is one of my own designs Printed this using White PLA 1.75mm filament with a 0.4mm Nozzle and a 0.4mm layer thickness, 0.2 infill for a much faster print. You may want to opt for a fine print with 0.1mm layer thickness Time V's Quality. I designed this in Microsoft 3D Builder and MatterControl and produced the gcode in MatterControl Software for printing. You can open the stl file in most slicer programs and produce the gcode file for printing. Initially I drew George Pig using Fireworks and then imported the PNG image into MS 3D Builder and saved it as STL. Then imported the PNG image into Mattercontrol as well as the STL and overlaid the 2 together for more detailed 3D Print. I coloured this in using metallic pens.
VERSION 1.0
Rubik’s Cube 1x1x3 .STL File, In-place printing with moveable Cubes. This is one of my own designs Printed this using White PLA 1.75mm filament with a 0.4mm Nozzle and a 0.4mm layer thickness for a much faster print. You may want to opt for a fine print with 0.1mm layer thickness, 0.2 infillTime V's Quality. I designed this in TinkerCAD online and produced the gcode in MatterControl Software for printing. You can open the stl file in most slicer programs and produce the gcode file for printing. The cubes move more freely almost like speed cubes. I coloured the Cubes using metallic pens.
VERSION 1.0
3D Printed Bus .STL File, In-place printing with moveable wheels. This is one of my own designs Printed this using White PLA 1.75mm filament with a 0.4mm Nozzle and a 0.4mm layer thickness for a much faster print. You may want to opt for a fine print with 0.1mm layer thickness, 0.2 infill Time V's Quality. I designed this in TinkerCAD online and produced the gcode in MatterControl Software for printing. You can open the stl file in most slicer programs and produce the gcode file for printing. The wheels do move, however they do not role freely like most toy cars. I coloured the bus using metallic pens.
VERSION 1.0
Personalised Elephants Ornament .STL File. This is one of my own designs Printed this using Gold and Silver PLA 1.75mm filament with a 0.4mm Nozzle and a 0.3mm layer thickness for a much faster print. You may want to opt for a fine print with 0.1mm layer thickness, 0.2 infill Time V's Quality. I designed this in TinkerCAD online and produced the gcode in MatterControl Software for printing. You can open the stl file in most slicer programs and produce the gcode file for printing. Initially drew the shape in Adobe Fireworks as a 2D Image and exported it as SVG and then imported it in TinkerCAD and stretched it in z direction, an easy enough creation from 2D Image to 3D object.
VERSION 1.0
Articulated Fish Bones .STL File (original found on Thingiverse). I had to print this to see how in place 3D printing works and this has also helped me create some of my own in place printing designs like a bus and Rubik’s Cube 1x1x3. This is printed using White PLA 1.75mm filament with a 0.4mm Nozzle and a 0.4mm layer thickness for a much faster print. You may want to opt for a fine print with 0.1mm layer thickness Time V's Quality. Moveable 3D Printed objects.
VERSION 1.0
Batman Fridge Magnet .STL File. This is one of my own designs Printed this using Glow in the Dark PLA 1.75mm filament with a 0.4mm Nozzle and a 0.4mm layer thickness for a much faster print. You may want to opt for a fine print with 0.1mm layer thickness Time V's Quality. I designed this in TinkerCAD and MatterControl online and produced the gcode in MatterControl Software for printing. You can open the stl file in most slicer programs and produce the gcode file for printing. Two step printing process First, start the print of and wait till the magnet placement holes are visible clearly. STOP Printer by cutting the power. Place magnets in holes firmly. You may have to glue them in. Start Printer and continue printing. The magnets are now embedded in the Bat symbol. I used 2 round neodymium magnets Diameter: 10mm, Thickness: 1mm.
VERSION 1.0
Personalised Batman Keychain .STL File. This is one of my own designs Printed this using White PLA 1.75mm filament with a 0.4mm Nozzle and a 0.4mm layer thickness for a much faster print. You may want to opt for a fine print with 0.1mm layer thickness Time V's Quality. I designed this in TinkerCAD online and produced the gcode in MatterControl Software for printing. You can open the stl file in most slicer programs and produce the gcode file for printing.
VERSION
3D Owls .gcode File. This is the supplied 3D Print gcode file for 3D Printing. Provided by Alfawise. Printed the Owls using White PLA 1.75mm filament with a 0.4mm Nozzle. I have used the Metallic colour pens to colour the Owls. The Owls shifted in the z layer for some reason and is noticeable when viewed very closely.
VERSION
Very first print 3D Benchy .gcode File. This is the supplied 3D Print gcode file for 3D Printing. Provided by Alfawise. Printed the Benchy using White PLA 1.75mm filament with a 0.4mm Nozzle. I have used the Metallic colour pens to colour the Benchy.
VERSION 1.0
Alfawise U30 Touch Screen Back Cover .STL File. This is one of my own designs I printed on my printer. Printed this using Black PLA 1.75mm filament with a 0.4mm Nozzle and a 0.4mm layer thickness for a much faster print. You may want to opt for a fine print with 0.1mm layer thickness Time V's Quality. I designed this in MatterHackers MatterControl Software and produced the gcode also in MatterControl Software. You can open the stl file in most slicer programs and produce the gcode file for printing.
VERSION 3.0
Alfawise U30 TF Card Holder .STL File. This is one of my own designs I printed on my printer. Printed this using Black PLA 1.75mm filament with a 0.4mm Nozzle and a 0.4mm layer thickness for a much faster print. You may want to opt for a fine print with 0.1mm layer thickness Time V's Quality. I designed this in MatterHackers MatterControl Software and produced the gcode also in MatterControl Software. You can open the stl file in most slicer programs and produce the gcode file for printing.
VERSION 3.0
Alfawise U30 TLSmoother Holder .STL File. This is one of my own designs I printed on my printer. Printed this using Black PLA 1.75mm filament with a 0.4mm Nozzle and a 0.4mm layer thickness for a much faster print. You may want to opt for a fine print with 0.1mm layer thickness Time V's Quality. I designed this in TinkerCAD online and produced the gcode in MatterControl Software. You can open the stl file in most slicer programs and produce the gcode file for printing.
VERSION
Alfawise U30 Cable Clips .STL File. Printed this using Black PLA 1.75mm filament with a 0.4mm Nozzle and a 0.4mm layer thickness for a much faster print. You can find the original file on Thingiverse.
VERSION
Alfawise U30 Extruder Motor Corner Clip .STL File. Printed this using Black PLA 1.75mm filament with a 0.4mm Nozzle and a 0.4mm layer thickness for a much faster print. You can find the original file on Thingiverse.
VERSION
Alfawise U30 Hot Bed Knob .STL File. Printed this using Black PLA 1.75mm filament with a 0.4mm Nozzle and a 0.4mm layer thickness for a much faster print. You can find the original file on Thingiverse.
VERSION
Alfawise U30 Hot Bed Rear Cable Support .STL File. Printed this using Black PLA 1.75mm filament with a 0.4mm Nozzle and a 0.4mm layer thickness for a much faster print. You can find the original file on Thingiverse.
VERSION
3D Software Download Links. Microsoft 3D Builder is part of the operating system Windows 10.
Page updated
Google Sites
Report abuse