Behind the scenes: how prints are made, cleaned, painted, assembled, lit and packed before they reach you.
13 articles
The packing routine we use for thin resin figures, vases and book nooks: wrapping, cradles, double boxing, heat precautions and what to do when a parcel arrives damaged.
Which LEDs suit a book nook, a moon lamp or a display base, how to power and hide them, what colour temperature to pick and what is safe inside a plastic print.
Why large 3D prints arrive in pieces, which glue actually holds PLA, PETG, ABS and resin, how pins keep parts aligned and how a seam vanishes under filler.
Prime, base coat, wash, drybrush: a beginner-proof method for painting 3D printed miniatures, the few tools you really need and the mistakes that ruin a first figure.
The checklist a small 3D printing studio runs on every order before shipping: base, surface, dimensions, fit, colour and cure. What passes, what gets reprinted.
Ten design rules that separate a model that prints cleanly from one that fails: wall thickness, overhangs, clearances, flat bases, watertight meshes and text.
How 3D scanning turns a real object into a printable model: scanner types, photogrammetry, mesh cleanup, accuracy limits and when measuring is the better route.
How multi-material systems let one FDM printer print several colours in one object, what it does well, where painting still wins, and what it means for price.
What happens to a resin 3D print after the printer: isopropyl washing, UV curing, support removal, why uncured resin is unsafe and what a finished part is like.
What 3D printing supports are, why overhangs need them, how they affect surface, price and time, and how a studio minimises them with orientation and design.
Why 3D prints show layer lines and every way to hide them: finer layers, orientation, sanding, filler primer, resin coating, vapour smoothing or choosing resin.
How a raw 3D print becomes a finished object: sanding grit sequence, filler and primer, airbrush vs brush painting, clear coats and which finish level to order.
Step by step, how a 3D printed book nook is made: filament choice, slicing dozens of parts, days of printing, support cleanup, LED lighting, gluing and the final check.