Tips, tutorials, model spotlights, and 3D printing deep dives from the OreKo team. Whether you are just starting out or fine-tuning your setup, there is something here for you.
Deep dives into individual OreKo models. Print settings, assembly tips, filament recommendations, and what makes each design tick.
Step-by-step tutorials on slicing, print settings, filament selection, bed adhesion, post-processing, and more. Written for real printers, not perfect conditions.
Card game setups, cosplay builds, dollhouse projects, and community prints. We cover the culture around the hobby, not just the hardware.
A printed helmet is structurally complete when it comes off the printer. It is not wearable until the interior is finished. Without an interior liner, a printed helmet sits hard against the head, rocks under the slightest movement, concentrates pressure points that become painful within 30 minutes, and transmits heat from the PLA directly to…
Every FDM helmet build starts with the same two questions: what scale does the helmet need to be for my head, and how many pieces does it need to be for my printer? Answer those correctly before you run a single layer and the rest of the build follows logically. Answer them wrong and you…
N52 neodymium magnets change what cosplay armor closures are capable of. A magnetic closure snaps cleanly from 10-15mm away, holds firmly during active wear, and releases with one hand without fumbling. For armor that needs to come on and off quickly, attach cleanly for photos, or travel disassembled for packing, embedded magnets are more reliable…
The most wearable armor builds use two materials in the same build: rigid PLA or PETG for the structural panels that need to hold shape and look accurate, and TPU for every element that touches the body, connects panels, or needs to survive repeated flex. Designing a hybrid build requires thinking about where each material’s…
PLA armor straps break. They break at the first strap hole, at the buckle slot, at the thinnest point of the connector arm. Every maker who has tried to print a rigid PLA strap connector for wearable armor has discovered this the hard way, usually in the car on the way to the con. TPU…
Scale modeling at small scales is where FDM printers are pushed to their limits and where getting the settings right matters most. A 1:12 scale door handle is 3mm long. A 1:48 scale window is 15mm wide. Features at these scales are near or below the FDM printer’s practical resolution, and the normal settings that…
FDM printing has physical constraints that exist whether you know them or not. Ignore them during design and you discover them at the printer, usually in the form of failed prints, excessive support requirements, weak parts, or poor surface finish on the faces that matter. Apply them during design and the same hardware produces clean…
LED integration in 3D printed designs goes well beyond glowing cosplay props. Desk lamps, night lights, cabinet lighting, display case illumination, plant grow lights, and interactive project enclosures all benefit from LEDs embedded in printed structures. The combination of precise FDM geometry and accessible LED hardware produces results that commercial off-the-shelf lighting products can’t match…
Multi-color printing with the Bambu Lab AMS changes what’s possible from a single print session. A deck box body with a colored logo cap. A figurine with distinct color zones. A cosplay prop with metallic trim and a matte base. All in one print, no painting, no masking. The AMS workflow requires specific design decisions…
Vase mode is one of the most misunderstood settings in FDM printing. Most makers either never touch it or try it once on a model it wasn’t designed for and give up on it entirely. Used on the right geometry, vase mode produces single-wall prints with no layer changes, no infill lines, and a surface…
Beyond the standard PLA, PETG, and ABS family, there’s a category of composite and specialty filaments that produce genuinely different aesthetic and functional results. Wood fill, metal fill, glow-in-the-dark, color-changing, and carbon fiber composites all print on the same FDM machines with some specific requirements. Knowing which ones are worth trying and which are marketing…
TPU is the filament that makes things that flex, grip, absorb impact, and survive being dropped. Phone cases, gaskets, cosplay strap connectors, flex joints, grip handles, protective boots for functional hardware. Where PLA and PETG snap under impact, TPU deforms and bounces back. It’s the material class most makers add to their workflow after PLA…