Model - Scout

Designer: nordicreativa
Designer relation: Followed
Kategori: Household
Licens: Standard Digital File License

$ ↺

Se platformens konkrete vilkår.
Designer commercial: Patreon
Først set: 2026-07-15 10:58
Sidst set: 2026-07-15 10:58
Tags: lamp pendant lamp Light lampshade modern homedecor decor

Beskrivelse

Boost Me (for free) Boost me for free Boost A modern, 3D-printed lattice pendant lamp shade designed for a standard E27 light socket. The intricate mesh pattern creates beautiful shadows and a warm, diffused glow, perfect for living rooms, bedrooms, or creative spaces. ⚠ Safety Note: Only use LED bulbs, and choose low-to-moderate brightness to prevent excessive heat that could damage or warp the shade. 🎯 Recommended Print Settings For best results, print this design with a 0.4mm nozzle at 0.24mm layer height for a great balance of speed and detail. Use 8-15% infill for a solid, lightweight print that won’t use too much material. The base section has been intentionally thickened with extra walls so that light doesn’t shine through it, ensuring it appears solid when illuminated. Commercial license available for my models through Patreon. https://patreon.com/NordicCreativa Love My Designs? Support My Work with a Coffee ☕

Kandidatvurdering

Opdateret 2026-09-18 11:05

dormant

Opportunity 29.2

Sub-scores

Trend

Engagement

49.8

Produktmatch

License

Risk

Der skal mindst to scoremålinger til før udviklingen kan vises.

Hvorfor

Ingen aktuel trendplacering; curated/importerede snapshots giver ikke trendscore.
Engagement score 49.8: 205 usage, 152 likes.
License score 50: kilden indikerer commercial/merchant mulighed; verificer altid licensvilkår manuelt.
Kilden indeholder commercial/Patreon/merchant signal; licens skal verificeres manuelt.
Designer er markeret som followed; relationship score 15.
Produktmatch-signaler: lamp, decor.
Safety/manual-review signaler: lamp.
Risk score 35 trækker ned i Opportunity Score.
Dormant fordi Opportunity Score 29.2 er under den aktuelle tærskel; modellen er ikke afvist og kan stadig være relevant som relateret model.