3D printing for companies: prototypes, small batches, architectural models, signage, merch, spare parts and when it beats other methods.
14 articles
Test inserts, trays, caps and closures with 3D printed packaging prototypes before a production run: what to print, which materials mimic plastic, how to order.
3D printed signs, dimensional letters and logos for shops, cafés and offices: sizes, materials, backlighting, outdoor durability and how to order a custom sign.
Custom 3D printed trophies for esports, sports leagues, hackathons and company awards: shapes, materials, engraving, finishing and how to order in time.
How architects use 3D printing for site models, massing studies and presentation maquettes: scales, wall thickness, materials, finishes and turnaround.
How dental clinics and medical teams use 3D printing for study models, surgical guides, aligner moulds and anatomical replicas, and what a general studio can print for you.
Custom 3D printed parts for drones and RC cars, planes and boats: camera mounts, propeller guards, landing gear, frames and which materials survive crashes.
How schools use 3D printed teaching aids and STEM project parts: anatomy and geometry models, robotics kits, relief maps, safe materials and how to order.
How jewellery designers use resin 3D printing for master models, lost-wax casting and try-on prototypes. Detail limits, resin types, workflow and how to order.
3D printing or CNC machining? Compare cost, speed, materials, accuracy, strength and geometry to decide which process fits your part, and when to combine both.
3D printing or injection moulding? How cost per part changes from 1 to 10,000 units, where the crossover sits and how to combine both without wasted tooling.
Turn your logo into keychains, desk pieces, awards and display stands with 3D printing. What works, which materials to pick and how to order a branded run.
How startups use 3D printing to turn a sketch into a physical prototype in days: the iteration loop, which materials to pick, what to send and how to order.
A snapped hinge or a discontinued knob shouldn't retire a whole appliance. Here is how a studio measures, models and 3D prints a replacement part that fits.
Need 20, 100 or 500 units, not 50,000? Learn when small-batch 3D printing beats injection moulding on cost, lead time and design freedom.