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Compact comb for beard with fine teeth
Authorship, licence & source
- Original author
- DwieDave
- Publishing account
- Meshopia
- Licence
- CC0 · Public domain · Full terms
- Availability
- Free package hosted by MESHOPIA
- Listed contents
- 3 files · PDF · 3MF · STL
- Declared source
- Printables
Read the licence terms on the original listing. This sheet does not replace those terms or grant file access or additional rights.
Project documentation
- Assembly manual
- Not identified in the file list
- Bill of materials
- Not identified in the file list
Grouped by filename, without inspecting contents. Links lead to the public model listing; this sheet does not include the documents or grant access to paid downloads.
Before making: confirm additional parts, electronics, tools, scale and mounting points with the creator. A bill of materials does not establish that the assembly has been built or tested.
Print preparation
- Print status
- Settings declared by the publisher
- Technology
- FDM
- Material
- PLA, PETG
- Supports
- No
- Difficulty
- Intermediate
- Layer height
- 0.20 mm
- Nozzle
- 0.40 mm
- Infill
- 15 %
Published description
Compact comb for beard care, designed as a flat and sturdy piece that combines a wide grip area with a continuous row of fine teeth. Its rounded silhouette makes it easy to hold comfortably, and the integrated ring allows it to be hung or attached to a carabiner. The format is practical for grooming hair, separating strands, and distributing care products more evenly. As a 3D-printed piece, the final finish depends on the material, orientation, and machine calibration. It should not be used on irritated skin or if any tooth has burrs, cracks, or deformations; it is advisable to check and smooth the edges before the first use.
Manufacturing & assembly notes
General recommendations not tested by Meshopia. Check orientation, bridges, and overhangs in the slicer before printing; activate supports only where necessary. As a prudent starting point, use a 0.40 mm nozzle, 0.20 mm layer height, 3 perimeters, and 15–20% infill. Adjust temperatures, adhesion, cooling, and speed to the actual profile of PLA, PETG, and the printer. The recommendations are a starting point and must be verified in the slicer. No medical, structural, food, or safety properties are claimed without specific documentation.
Declared changes from the original
Imported CC0 model; editorial description and realistic visualization prepared for Meshopia.