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.
You Don’t Need Expensive Software to Design 3D Models One of the most common misconceptions in 3D printing is that you need professional CAD software costing hundreds of dollars a year before you can design anything yourself. That has not been true for a long time. Today there is a genuinely excellent range of free…
One Machine. Print. Engrave. Cut. The Bambu Lab H2D with laser module is not just a 3D printer. It is the closest thing to a personal fabrication studio that fits on a desk. Print a model, swap the toolhead, engrave text into wood, cut vinyl for a sticker, plot a design on paper — all…
The Vortek System Changes How Multi-Material Printing Works Announced at Formnext in November 2025 and launched in January 2026, the Bambu Lab H2C is the most technically ambitious printer Bambu has ever built. It is the company’s first toolchanger, and the Vortek system at its core solves a problem that has plagued multi-color FDM printing…
The X1C’s Replacement Arrives with Dual Extrusion Announced April 14, 2026, the Bambu Lab X2D is the official successor to the X1 Carbon. It drops into the same compact enclosed footprint as the X1C but adds something the X1C never had: dual nozzle printing. At $649 standalone or $899 as a Combo with AMS 2…
Dual Nozzle, Laser Engraving, All in One Machine Launched in early 2025, the Bambu Lab H2D is the most versatile machine in the Bambu lineup. It combines large-format dual-nozzle 3D printing with an optional laser engraving and blade cutting module, turning a single machine into what Bambu calls a personal manufacturing hub. At $1,749 for…
Large Format FDM for Serious Makers Announced in August 2025, the Bambu Lab H2S is the entry point into Bambu’s H2 platform: a family of large-format, high-capability printers designed for makers who have outgrown the compact 256mm cube of the P-series and need something bigger, faster, and more capable. At $1,249 the H2S is a…
The P1S Gets a Serious Upgrade Released in late 2025, the Bambu Lab P2S is the direct successor to the best-selling P1S. It keeps everything that made the P1S great and fixes the handful of things that experienced users wished were better: a proper touchscreen, smarter AI monitoring, a stronger extruder, a heated chamber, and…
The Best All-Around 3D Printer Under $600 The Bambu Lab P1S has earned a reputation that few printers ever achieve: it is the answer to the question “what should I buy if I want one printer that does everything well?” Enclosed, fast, reliable, capable of engineering filaments, and fully compatible with the AMS system for…
Full-Size Printing, Same Bambu Simplicity The Bambu Lab A1 is the full-size version of the A1 Mini. Same open-frame bedslinger design, same full auto-calibration, same beginner-friendly setup — but with a 256 x 256 x 256mm build volume that covers the vast majority of what home makers actually need to print. If the A1 Mini’s…
The Printer That Makes 3D Printing Actually Easy If you have been on the fence about buying a 3D printer because you are not sure you want to deal with calibration, bed leveling, and hours of troubleshooting, the Bambu Lab A1 Mini is the machine that removes every one of those objections. At $299 standalone…
The Best Places to Find 3D Printable Dollhouse Furniture The miniature hobby has exploded on 3D printing platforms over the last few years. Talented designers are publishing 1:12 scale furniture, appliances, architectural elements, and accessories every week. Finding them is the easy part. Knowing which platforms to trust and what to look for in a…
PLA Is the Right Filament for Dollhouse Furniture The dollhouse miniature hobby has a reputation for requiring expensive tools and specialist materials. When it comes to 3D printed furniture, the opposite is true. The best filament for almost every dollhouse piece is the cheapest and most common one: standard PLA. Here is why PLA works…
Printing Miniature Windows: What Makes Them Tricky Miniature windows are one of the most satisfying 3D prints in the dollhouse catalog. They are also one of the most technically demanding. Thin frames, small moving shutters, fine decorative detail, and precise hinge tolerances all need to come together for the finished piece to look and function…
Layer Height Changes Everything for Miniatures For most 3D prints, the difference between 0.20mm and 0.12mm layer height is subtle. For dollhouse miniatures, it is the difference between a piece that looks 3D printed and one that looks like a finished product. Small scale amplifies every surface imperfection. Layer lines that are barely noticeable on…
Understanding 1:12 Scale If you are new to dollhouse building or miniature collecting, scale can be confusing at first. There are several different scales in use across the hobby, and mixing them by accident produces furniture that looks wildly out of proportion. 1:12 is the dominant standard, and for good reason. It is the scale…
3D Printing for Dollhouse Miniatures: Where to Start 3D printing and dollhouse building are a natural match. Miniature furniture, architectural details, appliances, and decorative pieces that would cost a fortune to buy commercially can be printed at home for cents in filament. The challenge is knowing how to get them right. Dollhouse miniatures push the…
How Multi-Color 3D Printing Works A single-color deck box looks good. A two-color deck box where the Jolly Roger skull is a crisp white against a black base looks excellent. Multi-color printing is what takes card game accessories from functional to display-worthy. There are two main approaches: using a multi-filament system like the Bambu AMS…
Why Sleeve Size Matters Before You Print Ordering a deck box before knowing your sleeve setup is one of the most common TCG mistakes. The wrong size means cards that rattle, lids that won’t close, or a box so tight you damage sleeves pulling cards out. For 3D printed deck boxes, sleeve size is baked…
Does Filament Choice Actually Matter for Deck Boxes? Yes, but probably not as much as you think. For deck boxes, the material choice is less critical than it is for outdoor parts or mechanical components. Card game accessories live indoors, do not experience high heat, and do not take structural stress. That narrows the decision…
MTG and 3D Printed Deck Boxes: A Natural Match Magic: The Gathering players have been customizing their setups for decades. Sleeves, playmats, dice, tokens — the MTG community loves personalization. It is no surprise that 3D printed deck boxes have become a staple at tables everywhere from Friday Night Magic to Commander nights. A good…
Why Players Are Printing Their Own Deck Boxes One Piece Card Game has grown fast. The community is passionate, the card art is striking, and the chase for themed accessories is real. Walk into any locals or regional tournament and you will see 3D printed deck boxes alongside the commercial options. The reason is simple:…
Making Sense of Print Settings Every 3D model listing that includes print settings throws a list of numbers at you: nozzle size, layer height, wall lines, top and bottom layers, infill density. If you are new to 3D printing, that list can feel like instructions in a foreign language. It is not complicated once you…
Why Bambu Lab Changed 3D Printing for Beginners For years, getting a reliable first print out of a budget FDM printer required hours of calibration, manual bed leveling, and a lot of patience. Bambu Lab changed that. Bambu Lab printers automate virtually every calibration task that used to be the biggest barrier for beginners. First-layer…
What Is Infill? Pick up a 3D printed object and it feels solid. But cut it in half and you will likely find it is anything but. The inside of most FDM prints is a sparse geometric pattern, not solid plastic. That pattern is infill. Infill is the internal structure a slicer generates to fill…
Two Very Different Technologies FDM and resin 3D printing both build objects layer by layer, but that is roughly where the similarities end. The materials are different, the machines work differently, the post-processing is different, and the results look different. Choosing the wrong type for your project is a real mistake. Here is the honest…
The Setting That Changes Everything Layer height is one of the most important settings in your slicer. It controls how thick each individual layer of plastic is, and it has a direct effect on print quality, print time, and strength. Change this one number and your prints look dramatically different. Here is everything you need…
The Phrase That Changes Everything If you have spent any time browsing STL files, you have seen it everywhere: “no supports needed,” “support-free design,” “print without supports.” For a beginner, it sounds like a promise. For an experienced printer, it is a design specification that tells you a lot about the quality of the file.…
Why Print Your Own Deck Box? A mass-produced deck box is fine. A 3D printed deck box is yours. When you print your own TCG deck box, you control the size, the color, the logo, and the details. You can match your sleeve color, print your favorite character’s jolly roger, or build a box that…
What Slicing Actually Means You downloaded an STL file. You have a 3D printer. Now what? Before any printer can build your model, that STL file needs to be translated into a language the printer understands. That translation is called slicing, and the software that does it is called a slicer. The slicer takes your…
The Short Answer Start with PLA. Every time. No exceptions for your first 20 to 30 prints. That is not a knock on PETG. PETG is a genuinely excellent material. It is stronger, more heat-resistant, and more flexible than PLA. But those advantages do not matter when you are still learning how to level a…