3D model description
The "Slap Mini Compartment" project represents an innovative and efficient solution for transporting objects and small bicycle spare parts. Designed with ingenuity and simplicity, this system is based on the combination of a feather spring and two metal balls, carefully assembled to ensure proper operation.
The key to the success of this project lies in the precision of the assembly: the metal balls are positioned halfway in their corresponding hole. This arrangement ensures that the transported objects remain securely in place during the bike ride. In addition, by allowing the balls to partially protrude, possible accidental detachment due to impact or external forces is prevented.
The simplicity and effectiveness of the design make the "Slap Mini Compartment" an accessible solution for cyclists of all levels. 3D printing with carbon fiber PLA provides the strength and durability to withstand the demands of cycling.
In summary, the "Slap Mini Compartment" not only demonstrates the usefulness of 3D printing in creating practical solutions, but also emphasizes the importance of design details, such as the position of the metal balls. This project offers bicycle enthusiasts a safe and effective way to transport their essential belongings while enjoying their two-wheeled adventures.
3D printing settings
Print Configuration:
Printer Setup:
Make sure your Ender 3 is properly assembled and calibrated.
Clean the surface of the print bed to ensure good adhesion.
STL File Preparation:
Open the STL file of the "Slap Mini Compartment" in your 3D printing software (e.g., Cura or PrusaSlicer).
Select the Material:
Configures the printer to use PLA with carbon fiber.
Temperature settings:
Nozzle temperature: 200Β°C
Hot bed temperature: 60Β°C (adjust if necessary, depending on your print bed).
Print Speed:
A print speed of 50 mm/s is a safe starting point, but you can adjust it according to your preferences.
Layer Height:
A layer height of 0.2 mm is recommended for a good balance between print quality and print time.
Infills (Infill):
A 20-30% infill is usually sufficient for most functional parts.
Supports Compatibility:
Check the model and activate supports if necessary. The "Slap Mini Compartment" may require supports under certain areas.
Bed Adhesion:
Use a brim or raft if you have bed adhesion problems.
Cooling:
Make sure that ventilation is turned on to adequately cool the layers during printing.
Printing:
Load the generated G-code file into your 3D printer.
Start the print and monitor the first layers to make sure that the adhesion to the bed is adequate and that there are no adhesion problems.
Finishing:
Once printing is complete, allow the object to cool before removing it from the bed.
Remember that the accuracy of your prints depends largely on the calibration of your printer and the quality of the filament used. Adjust settings as needed and test for best results.