Practical guides for anyone considering custom 3D printing — written by the people who run the printers and answer the email.
Honest comparison of every way to get a 3D print done in Chicago — UPS Store kiosks, university makerspaces, library FabLabs, online services, and local print shops. What each is actually good for.
What actually makes a great custom 3D printed gift — ideas across budgets, what materials hold up, realistic lead times for holidays, and what to send your print shop.
The most common STL file problems that cause print failures — non-manifold edges, inverted normals, wrong scale, missing supports — and how to fix each one in free tools.
How modern 3D printing replaced crystal and acrylic for corporate award programs — materials, lead times, lighting, and what to ask before you order.
Why bakers and event designers use 3D printed dummy cake tiers — textured fake layers for window displays, photo shoots, and decorating practice — plus how we print them fast and light.
Custom cookie cutters, fondant and polymer-clay cutters, stencils and kitchen jigs — what 3D printing nails, which material to choose, and the food-safety facts you should actually know.
Custom 3D printed press-on nails and nail charms are stunning and genuinely tricky — skin-safe materials, tiny curved geometry, two-color inlays. Here is what it actually takes to get them right.
When the part you need is discontinued — a remote battery cover, a knob, a clip — 3D printing remakes it instead of forcing you to buy a whole new unit. A practical guide plus a real battery-cover case study.
From a single D&D character to a 60-model army and terrain — how 3D printing miniatures actually works, resin vs FDM, batching to keep the cost down, and what to send us.
The boring, genuinely useful stuff 3D printing is great at — cable clips, drawer organizers, custom wall mounts, vent adapters, hooks — and which material to use where.
How founders and product teams use 3D printing to prototype — iteration speed, FDM vs resin for form vs fit, tolerances and assembly, and how to get from a rough idea to a part you can hold.
