Have you ever struggled with doors that slam shut or refuse to stay open? Conventional door stops often feel like bland, uninspired solutions – a utilitarian wedge in dull rubber or a basic brick. What if your door stop could be a conversation starter, perfectly match your décor, or even serve multiple purposes? Enter 3D printing
- your
- Design freedom:
- Material Versatility:
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- ABS:
- Polyethylene glycol:
- TPU/flexible filament:
- Wall thickness:
- environment:
glow rapid prototyping
SLM metal 3D printer
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Frequently Asked Questions (FAQ)
one: Absolutely! Material choice and design are critical. Stronger plastics like ABS, PETG, or Nylon handle many residential doors effectively with proper infill density. For extremely heavy commercial doors, industrial environments, or areas requiring non-deformability under repeated impact,
one: it depends. Rigid plastics (PETG/ABS/Nylon) used indoors typically won’t scratch hard surfaces like tile wood vinyl laminate independently unless harsh grit becomes trapped incidentally below unexpectedly. Incorporating
Answer: Yes. Design focusing maximizing weight integration gravity-dependency minimizing reliance primarily directional friction dependencies potentially unpredictable across textiles inconsistently supporting pressure uniformly compromising effectiveness. Consider:
one:
