A fast to print, durable, versatile (not only camping) carabiner

**Design**
This design features a simple carabiner with a print in place, live spring lock.

**Construction**
The carabiner is designed as a single object comprising two distinct parts: an outer shell and an 3 inner cores. The shell has a consistent thickness of 4 perimeters (assuming a 0.4mm nozzle) and incorporates 35 degrees capped fillets on all internal and external edges. The cores define the volumes intended for infill.

**Slicing, Printing**

**Basic Print** (Quick and Functional): For a simple, functional carabiner, you can directly print the model with standard settings. Note that this method may not showcase the design's aesthetic details or achieve maximum strength.

**Enhanced Print** (Visually Appealing): For a more visually appealing carabiner, use the following slicer settings:
No top or bottom layers.
4 perimeters.
Increased infill density (e.g., 60% cubic or gyroid). This option will resemble the examples shown but will not fully utilize the benefits of the internal fillets.

**Optimized Print** (Strong and Detailed): To fully leverage the design's features, including the internal and external fillets for enhanced strength and reduced stress concentration, use these settings:
No top or bottom layers.
4 perimeters.
Core Settings: 0 perimeters and an infill density of, for example, 60% gyroid or cubic. This method will yield a strong and aesthetically refined hook.
All of these parameters are set in the 3MF file.

**General Printing Recommendation**: It is generally recommended to print multiple carabiners simultaneously to avoid excessively short layer times, which can impact print quality.

**Assembly**
Sorry, no assembly this time, just use it!

**Happy printing and camping!**

CAMP!NG Carabiner

nologo_camping_carabiner.stl

nologo_camping_carabiner.3mf

A fast to print, durable, versatile (not only camping) hook

**Design**
This design features a simple S-shaped hook with asymmetrical ends, offering increased flexibility for various hanging applications.

**Construction**
The hook is designed as a single object comprising two distinct parts: an outer shell and an inner core. The shell has a consistent thickness of 4 perimeters (assuming a 0.4mm nozzle) and incorporates 35 degrees capped fillets on all internal and external edges. The core defines the volume intended for infill.

**Slicing, Printing**

**Basic Print **(Quick and Functional): For a simple, functional hook, you can directly print the model with standard settings. Note that this method may not showcase the design's aesthetic details or achieve maximum strength.

**Enhanced Print** (Visually Appealing): For a more visually appealing hook, use the following slicer settings:
No top or bottom layers.
4 perimeters.
Increased infill density (e.g., 60% cubic or gyroid). This option will resemble the examples shown but will not fully utilize the benefits of the internal fillets.

**Optimized Print** (Strong and Detailed): To fully leverage the design's features, including the internal and external fillets for enhanced strength and reduced stress concentration, use these settings:
No top or bottom layers.
4 perimeters.
Core Settings: 0 perimeters and an infill density of, for example, 60% gyroid or cubic. This method will yield a strong and aesthetically refined hook.
All of these parameters are set in the 3MF file.

**General Printing Recommendation**: It is generally recommended to print multiple hooks simultaneously to avoid excessively short layer times, which can impact print quality.

**Assembly**
Sorry, no assembly this time, just hook it up!

**Happy printing and camping!**

nologodesign

Achievements

Seedling

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