Wheel Loader
$ 5.99
GOODesign
GOODesign is a design studio established in Seoul, Korea by a representative who has been active in product design and 3D CG field for 20 years. As a design company that pursues a reasonable and differentiated digital design, it has always presented a new direction through working with clients such as Hyundai Motor, Siemens Korea and beiersdorf. This time, we have put out the life product for 3D printing by utilizing various technique design based on the shape of the Class-A surface. These products are especially the result of deep research on the 3D printing dominant shape that can not be mass-produced using a mold.
Wheel Loader, one of the most popular heavy equipment, was finally able to be designed this time.
The reason it has to be made this late is because its structure is very complex. But after years of research, it was possible to design in a print-in-place articulated way.
There are some omissions, but almost all movements of the wheel loader are reproduced.
It has been reproduced so that the engine cover can be opened to see the inside of the engine.
There are 3 long pistons and 2 short ones. The long one is used for the cylinder that moves the front bucket, and the short one is used for the cylinder that moves the body left and right.
When connecting the front and rear parts of the body, it is convenient to connect the piston to the front part first and then proceed.
If you move too much beyond a certain angle, the piston may come off, so be careful not to move too much.
The handrails are simply folded over the grooves and glued onto the fenders of the wheels.
For more detailed production method and process, please refer to the video.
Printing on Ender 3 Anycubic 3D printer video ➪
This heavy equipment series can also be used as an educational teaching material that is a great help in studying the movement and structure of objects.
We hope for a lot of support from you.
1 : 48 scale
Largest part in printing, size = X 72mm, Y 86mm, Z 28mm, After full assembly size= X 58mm, Y 163mm, Z 71mm
Total Build Time : 23h 52m / Plastic Weight : 95.4g
| PRUSA Slicing Settings | Simplify 3D |
|---|---|
| Extruder | Nozzle Diameter : 0.4mm / Retraction Distance : 2.4mm |
| Layer Settings | Layer Height : 0.1mm(High Quality) or 0.2mm(Low Quality) / Top Solid : 8 / Bottom Solid : 6 / Outline : 2 |
| First Layer Settings | First Layer Height : 100% / First Layer Width : 100% / First Layer Speed : 80% |
| Infill | Interior Fill Percentage : 15% / Outline Overlap : 30% |
| Additions | Raft : NO / Brim : NO / Support : NO |
| PRUSA Slicing Settings | Prusa Slicer |
| PRUSA MK3 | Layer Height : 0.1mm(High Quality) or 0.2mm(Low Quality) / Raft : NO / Brim : NO / Support : NO |
| Ender Slicing Settings | Simplify 3D |
| Extruder | Nozzle Diameter : 0.4mm / Retraction Distance : 5.4mm |
| Layer Settings | Layer Height : 0.1mm or 0.2mm / Top Solid : 8 / Bottom Solid : 6 / Outline : 2 |
| First Layer Settings | First Layer Height : 120% / First Layer Width : 150% / First Layer Speed : 50% |
| Infill | Interior Fill Percentage : 15% / Outline Overlap : 30~40% |
| Additions | Raft : NO / Brim : NO / Support : NO |
| Ender Slicing Settings | Cura |
| Quality | Layer Height : 0.1mm(High Quality) or 0.2mm(Low Quality) / Line Width : 0.4mm |
| Shell | Wall Line Count : 2 / Top Solid : 8 / Bottom Solid : 6 |
| Infill | Infill Density : 20% / Pattern : Grid |
| Material | Flow : 100% / Retraction Distance : 5.4mm |
| Additions | Raft : NO / Brim : NO / Support : NO |
| CR-10S Pro Slicing Settings | Cura |
| Quality | Layer Height : 0.1mm(High Quality) or 0.2mm(Low Quality) / Line Width : 0.4mm |
| Shell | Wall Line Count : 2 / Top Solid : 8 / Bottom Solid : 6 |
| Infill | Infill Density : 20% / Pattern : Grid |
| Material | Flow : 100% / Retraction Distance : 5.4mm |
| Additions | Raft : NO / Brim : NO / Support : NO |
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