🛠️ 3D Printing Secrets: How to Position Models on the Build Plate in Bambu StudioAuthor: KORA Workshop Compatible with: Bambu Studio / OrcaSlicer Guide Style: Visual Reference Card / PosterHello, makers! Proper model orientation on the build plate is 80% of 3D printing success. It determines part strength, surface smoothness, the number of supports needed, and whether your print will fail or succeed.The engineers at KORA Workshop have created a clean, visual reference poster to help you forget about spaghetti prints and detached models forever. Save it, print it out, and check it before every slicing session!  PART 1. Three Golden Rules of 3D Printing MechanicsThe Aerodynamics Rule (For Bed-Slinger Printers like P2S): The printer bed moves back and forth along the Y-axis with extreme acceleration. Always orient tall, thin, or flat vertical parts with their narrow profile (edge) facing you. Never place them wide-side-facing the movement (like a sail), or the aggressive vibrations will wobble and detach the model.The Anisotropy Rule (Part Strength): FDM 3D-printed parts always break easily along the layer lines (like a layered cake). If a part is subject to bending or stress (hooks, clips, levers), position it so the functional load runs along the printed strands, not across them. Hooks should always be printed lying flat on their side.The Clean Slots & Rails Rule: Any through-holes, T-shaped guide rails, or sliding slots turn out perfectly round and smooth only when they are directed vertically upwards (along the Z-axis). If a part needs to slide, print it vertically — the nozzle will simply trace the outline, eliminating any overhang sags or messy underside strings.PART 2. When and Why Should You Angle a Part at 45 Degrees?Angling a model at 30° to 45° relative to the build plate using tree supports is a pro-level technique.For Perfect Large Flat Covers/Lids: If you print a large lid completely flat on the bed, it can warp or twist due to the massive shrinkage area. Angling it at 45° reduces the surface area of each layer, eliminates warping, and ensures the top finish looks flawlessly smooth.For Non-Functional/All-Cosmetic Parts: Angling allows you to isolate support touchpoints strictly to one edge or corner of the model. All other visible faces remain pristine and free of support scars.For Perfect Cylinders and Tubes: A vertical cylinder can suffer from blobs on the top dome, while a horizontal one gets squished at the bottom. A 45° tilt ensures a perfectly round profile throughout the entire print length.PART 3. Step-by-Step Tech Workflow in Bambu StudioBefore hitting the "Print" button, run your model through this strict checklist:Step 1. BASE: Use the "Lay on Face" tool (I key). Find the widest, flattest, or least cosmetically important side of the part and snap it to the bed.Step 2. COOLING: Check the part cooling fan direction. Rotate the model so that thin elements and steep overhangs receive direct airflow instead of hiding in the "shadow" of the bulky main body.Step 3. BRIDGE CHECK: Slice the model and inspect the blue lines (Bridges). If an open-air bridge is longer than 4–5 cm, rotate the model on the bed by 90 degrees to shorten the travel distance of the nozzle.Step 4. BRIM: If the contact area with the bed is less than a third of the model's total height (a tall "skyscraper") — always go to the Others tab and enable "Outer brim only" with a width of 8–10 mm. This wide skirt will securely anchor the narrow footprint in place.Five Questions Before Printing:Which side needs to look the most beautiful?Where will the seam be hidden?Where will the supports go?Where is the main mechanical stress applied?Can I rotate the model to eliminate half of the supports?The KORA Rule: Never start printing until you've tried rotating the model by 90°, 45°, and 30° in the slicer to compare the preview results!Enjoyed this guide? Follow the KORA Workshop profile on MakerWorld, leave a like, and share your makes in the comments! Happy printing and perfect layers to everyone!   🛠️ Секреты 3D-печати: Как правильно располагать детали на столе в Bambu StudioАвтор: KORA Workshop Применимо к слайсерам: Bambu Studio / OrcaSlicer Язык гайда: Русский (все параметры названы строго по русифицированной версии программы) Привет, мейкеры! Правильное расположение детали на печатной платформе (ориентация) — это 80% успеха всей печати. Оно определяет прочность изделия, гладкость поверхностей, количество поддержек и то, пойдет ли деталь в брак.Инженеры KORA Workshop подготовили для вас наглядный графический плакат-шпаргалку, который поможет вам навсегда забыть о «макаронах» из пластика и оторванных от стола моделях. Сохраняйте себе и используйте перед каждой нарезкой!  ЧАСТЬ 1. Три золотых правила механики 3D-печатиПравило Аэродинамики (Для принтеров с подвижным столом по оси Y): Стол принтера двигается вперед-назад с огромным ускорением. Любые высокие, тонкие или плоские вертикальные детали всегда ориентируйте узким профилем (ребром) к себе. Никогда не ставьте их широким «парусом» поперек движения стола, иначе от резких рывков модель начнет вибрировать и её просто оторвет [см. результат поиска].Правило Анизотропии (Прочность на излом): 3D-печатная деталь всегда легко ломается вдоль линий слоев (как слоеный пирог). Если элемент будет работать на изгиб или излом (крючки, защелки, рычаги), располагайте его так, чтобы рабочая нагрузка шла вдоль печатных нитей, а не поперек. Крючки всегда нужно класть плашмя на бок.Правило чистоты пазов и рельсов: Любые сквозные отверстия, Т-образные направляющие и пазы скольжения получаются идеально круглыми и гладкими только тогда, когда они направлены вертикально вверх (по оси Z). Если деталь должна скользить, ставьте её вертикально — сопло будет просто обводить контур, и внутри не будет провисаний.ЧАСТЬ 2. Когда и зачем наклонять деталь под углом?Наклон модели под углом от 30° до 45° относительно стола на древовидных поддержках — это секретный прием профессионалов.Для идеальных плоских крышек больших размеров: Если положить большую крышку плашмя на стол, её может выгнуть лодочкой (варпинг) из-за большой площади усадки. Наклон под 45° уменьшает площадь каждого слоя, убирает усадку, а верхняя финишная поверхность получается идеально ровной.Для деталей, где ВСЕ стороны лицевые: Наклон позволяет распределить точки соприкосновения с поддержками только на одно ребро или угол детали. Все остальные видимые грани остаются девственно чистыми.Для круглых цилиндров и труб: Вертикальный цилиндр может иметь наплывы на макушке, а горизонтальный — сплющивается снизу. Наклон под 45° дает идеальный круглый профиль по всей длине.ЧАСТЬ 3. Пошаговый алгоритм технолога в Bambu StudioПеред тем как нажать кнопку отправки на печать, проведите деталь по этому жесткому чек-листу:Шаг 1. БАЗА: Используйте инструмент «Положить на грань» (клавиша I). Найдите самую широкую, плоскую или наименее важную декоративно сторону детали и прижмите её к столу.Шаг 2. ОБДУВ: Проверьте, куда дует вентилятор охлаждения. Разверните деталь так, чтобы самые тонкие элементы и нависания обдувались напрямую, а не прятались в «тени» массивного корпуса модели.Шаг 3. ПРОВЕРКА МОСТОВ: Сделайте нарезку и посмотрите на синие линии (Мосты). Если мост в воздухе получается длиннее 4–5 см, разверните модель на столе на 90 градусов, чтобы сократить длину пролета сопла.Шаг 4. КАЙМА: Если площадь соприкосновения детали со столом меньше трети от её высоты (высокий «небоскреб») — всегда включайте во вкладке Прочее параметр «Кайма только внешняя» шириной 8–10 мм. Она намертво удержит узкую ножку детали на месте.Пять вопросов перед печатью:Какая сторона будет самой красивой?Где будет шов?Где будут поддержки?Где действует основная нагрузка?Можно ли повернуть модель и убрать половину поддержек?Правило KORA: Не начинайте печать, пока не попробовали повернуть модель минимум на 90°, 45° и 30° и не сравнили результаты слайсинга!Понравился гайд? Подписывайтесь на профиль KORA Workshop на MakerWorld, ставьте лайки и делитесь своими результатами в комментариях! Идеальных вам слоев!

JC Unboxed Printing Guide:Slowing Tiny Details for Cleaner Prints (Bambu Studio)Why This MattersMost print quality issues with thin details, line art, and no-support overhangs are not printer problems — they are speed problems.Bambu printers are fast by default. Fast is great for strength and bulk… but not for delicate visible geometry.If your print has:Thin linesDecorative stemsSmall textFloating or suspended partsLine art or SVG designsSlowing the right areas will dramatically improve print quality. When To Use ThisUse these settings when printing:Line art / wall decorHueforge edges or fine detailThin wall modelsNo-support overhang designsFloating or suspended printsSmall spikes, stems, or tipsIf a part of the model looks fragile or highly visible — this applies.Step 1 — Adjust Outer Wall SpeedGo to:Process → SpeedOuter wall speed controls visible surface quality.Recommended for decorative prints:80–140 mm/sDefault speeds can be very fast (often 200 mm/s). Slowing outer walls slightly improves sharpness and consistency.Step 2 — Enable Small Perimeter Slowdown (Most Important)This is the setting many creators overlook.In the Speed tab find:Small perimeters Small perimeter thresholdSet:Small perimeters: 20–35%Threshold: 10–20 mmWhat this does: Any small or thin geometry automatically prints slower.This greatly improves:Thin line artSmall textOverhang edgesDecorative detailsFine tips and stemsWithout slowing the entire print. Step 3 — Use Modifier Blocks for Delicate Areas (Advanced)If only part of your model is delicate:Right-click modelAdd Modifier → Box (fig.1)Resize box over fragile detail areas only (fig. 2)Examples:Thin stemsFloating elementsSmall decorative topsFine line sectionsInside modifier settings you can:Reduce outer wall speedSlow small perimeters furtherAccess these controls by opening the Objects tab and selecting your modifier box.Lower acceleration (fig. 3)This keeps most of the print fast while protecting detail areas.fig. 1fig. 2fig. 3 Step 4 — Check Your Speeds in PreviewAfter slicing:Click Preview (fig. 1)Change top-right dropdown to Speed (fig. 2)Move the layer slider into detailed areasColor guide:Blue/green = slow (good for detail)Yellow/red = fastDon’t worry if some areas remain yellow — focus on slowing only the most delicate or visible sections.You want delicate areas mostly blue/green. (fig. 3)fig. 1fig. 2fig 3Bonus Tip — Multi-Color Prints HelpIf thin details are a separate color:Tool changes add cooling timeSmall segments naturally slow downFine detail prints cleanerThis is why multi-color decorative prints often look sharper.Results You’ll NoticeUsing these settings will produce:Sharper thin linesCleaner overhangs without supportsLess blobbing or wobbleMore consistent detailMore professional-looking printsSame printer. Same filament. Just smarter speed control.JC Unboxed TipMost print quality issues aren’t printer problems — they’re speed problems. Slow the right areas, and your prints will instantly look more professional.

I tested this with my H2D previously. Using precision wall+arachne, without hole/contour compensation enabled. My machine has been calibrated with vision encoder. I tested this previously on my H2D to better understand where dimensional accuracy limits in FDM printing actually come from, using precision wall with the Arachne wall generator enabled and with hole and contour compensation completely disabled.  Positional accuracy and repeatability:The machine itself was calibrated using a vision encoder, so positional accuracy and repeatability of the motion system should not be a limiting factor.  Filament:I’m printing in Bambu PLA Basic, and since no hole/contour compensation is enabled, the slicer is not applying any intentional dimensional offset. I intentionally didn't calibrate the filament because in most common cases, it's not the main factor of tolerance issues.Testing proper method:I printed test parts with nominal hole diameters of 2 mm, 3 mm, and 4 mm, and measured them using a Mitutoyo caliper.  The measured diameters were:1.85 mm for the 2 mm hole, 2.88–2.90 mm approx. for the 3 mm hole, 3.93 mm for the 4 mm hole.  Does this make sense? I think it does. A systematic dimensional error on the order of ~0.1 mm for internal circular features is well within expectations for FDM and already below one quarter of the configured extrusion line width. This error is not caused by poor calibration or lack of machine precision, but by the effective geometric resolution of the extrusion process and how slicers approximate curved features using discrete toolpaths. However, this tiny error in most cases shouldn't cause tolerance issues. Testing problematci / classic method:To reproduce the scenario that users most commonly report as “inaccurate holes,” I repeated the same test using the Classic wall generator, again without precision wall and without any compensation enabled. In this case, the measured diameters were:1.6 mm for the 2 mm hole, 2.67 mm for the 3 mm hole, 3.7 mm for the 4 mm hole.  The resulting 0.3–0.4 mm diameter deviation is again expected and corresponds closely to one to two times the half-line width being effectively consumed by inward perimeter placement.  Conclusion: This comparison clearly shows that slicing strategy dominates dimensional accuracy for internal features, while machine precision mainly determines consistency and repeatability. You simply cannot expect a 0.4 mm nozzle to deliver sub-0.1 mm dimensional accuracy or tolerance in an FDM process, because that exceeds the physical resolution of material extrusion. Circular holes merely expose this limitation more clearly than most other geometries, which is why they are often used as a proxy for accuracy even though they are among the most demanding features to print accurately.

IntroductionRecently I printed a little two-color sign and was underwhelmed by the result.  The text was very fuzzy and uneven.  The ReasonThe tan color was printed first, which was an outline of each letter.  As the outline was printed, there was a small elephant foot effect, creating a bit of a lip around the outlines.  When the black was printed second, the edges actually went on top of the tan outline.  This order was chosen by Bambu Studio because it minimized the filament swaps, but came at the cost of quality. The FixFortunately Bambu Studio provides a quick and easy fix to change the first layer print order, which in my case was to print the black letters first.  To right of the build plate, click on the plate settings button, it looks like a nut: Change the first layer sequence to Customize and then drag the filaments to your desired order: The ResultsThe results speak for themselves.  The black text is extremely crisp and way more readable.So I learned my lesson to consider the first layer print order before sending the print to the printer.  Hopefully you can learn from my mistake and save yourself some time and filament.  Happy printing!

在BambuStudio软件工艺设置中，更新了一个稀疏填充的图案——locked Zag。选择这个跳虫图案，可以允许我们分别表皮图案和骨架图案，可以实现意想不到的镂空效果。  上述功能，在针对收纳类模型时，效果更佳。一方面在模型底部自动就镂空效果，图案可以按照自己意愿随意组合。另一方面，将原来实心的底面镂空化，打印时间大幅度缩减，还节省耗材用量。如下对比所示。其他更多设置自行尝试。设置前（1h43m，118.55g材料）设置后（1h10m，79g材料） 默认设置 表层：蜂窝，骨架：蜂窝 TIPs：上述设置之后会出现一个问题就是，不仅是底面，模型其他部位涉及顶面走线的都会默认采用了这个填充。解决方式如下：选中模型---右击---选择添加修改器，使用缩放、旋转、移动等功能，将这个修改器包裹不需要产生镂空效果的部分，选中这个修改器，在左边的强度---稀疏填充，修改稀疏填充图案为其他类型，即可。

Are you tired of your D&D and tabletop miniatures looking a little… pixelated? Do you wish you could capture every tiny scale on your dragon or every intricate detail on your hero's armor? Well, get ready to upgrade your miniature printing game, because we're about to talk about a game-changing setting in Bambu Studio: Resolution!  Think of it like this: you're moving from a 720p viewing experience to a glorious 4K spectacle for your miniatures. This setting directly impacts how finely your printer lays down material, allowing for much smoother curves and sharper details.Where to find this magical setting?It's super easy to find! Open Bambu Studio, head over to the "Quality" tab, and then look under the "Precision" heading. That's where you'll find the "Resolution" setting. The Power of Higher ResolutionBy default, Bambu Studio often uses a resolution (0.12mm) that's perfectly fine for most prints. However, for miniatures, you want to push the boundaries. While a 0.2mm nozzle will undoubtedly show an improvement with a higher resolution, you'll be amazed at how well a standard 0.4mm nozzle can capture those tiny details when this setting is optimized. The difference is truly remarkable, allowing you to bring out the subtle textures and intricate designs that elevate your miniatures from good to outstanding.A Small Caveat (but totally worth it!)Now, for a bit of a heads-up: increasing the resolution will significantly increase your slicing times. Your computer will also be working a little harder, so be prepared for that. But honestly, for the level of detail you'll achieve on your miniatures, it's a small price to pay!My Recommendation for Miniature PerfectionFor the absolute highest quality in your D&D and tabletop miniatures, I highly recommend setting the Resolution to 0.01mm. This setting truly brings out every minute detail, making your prints look professionally sculpted. 0.01mm is the highest resolution value you can set that the printer can mechanically do. It will bring out all the details it can. Any value more than that has dimishing returns. 0.4 Nozzle 0.08mm Layer Height0.2 nozzle 0.06mm layer heightLevel Up Your Collection!Ready to see what a difference this setting can make? I've been refining my miniature printing process, and you can check out my D&D collection right here:https://makerworld.com/en/collections/4956645-dnd-minis-terrain Pay close attention to models like the Skeleton King and the mighty Treant, as these minis are using the high resolution. You'll be able to see the incredible detail in the bones and bark, showcasing exactly what a higher resolution can achieve.  So go forth, experiment with your resolution settings, and start printing miniatures that truly stand out on your gaming table! Happy printing!

Bambu Lab: The Evolution of 3D Printing Starts Here In recent years, the 3D printing sector has seen an explosion of innovation, but few names have had such a disruptive impact as Bambu Lab. This young but ambitious Chinese company has managed to earn a prominent place in the maker community, thanks to a clever mix of advanced technology, intelligent design and attention to user experience. Who is Bambu Lab? Founded by a group of former DJI engineers (yes, the leading company in drones), Bambu Lab debuted in 2022 with its first 3D printer, the X1 Carbon. The goal was clear from the start: to offer a “consumer-level” machine capable of professional-level performance, minimizing the learning curve and maximizing reliability. Bambu 3D printers: technology at the service of creativity The flagship model, the Bambu Lab X1 Carbon, immediately impressed with some key features: 🌈 Multicolor printing up to 16 different materials thanks to the AMS (Automatic Material System)🧠 AI algorithms and LIDAR sensors for automatic leveling and error detection⚡ Printing speed up to 500 mm/s without sacrificing quality📱 Integration with apps and cloud for remote monitoring and OTA updates Following the success of the X1, Bambu Lab also launched the P1 series, more affordable but still full of features. The P1P and P1S quickly became favorites among hobbyists, small businesses and schools. Why Bambu Lab makes the difference While many manufacturers focus on hardware, Bambu Lab has also invested heavily in software. Their Bambu Studio slicer is intuitive, powerful, and well-integrated with their ecosystem, and the Bambu Handy service allows for remote control from a smartphone, a really useful addition for those who print in series or remotely. In addition, the community around Bambu Lab is constantly growing: forums, Telegram groups, printable models, open-source updates, and fast and transparent official support make the user experience complete and engaging. Conclusions Bambu Lab has not only created a 3D printer: it has set a new standard. By combining speed, quality, and ease of use, it has broken down many barriers that made 3D printing a “geek” territory. If you are looking for a 3D printer that can keep up with your creativity (without driving you crazy with endless calibrations), then the Bambu world is worth a look.Have you tried a Bambu Lab printer yet? Write it in the comments or share your experience!

5 Essential Tips to Improve Your 3D Prints 3D printing is a fascinating technology that offers endless possibilities, but sometimes it can be difficult to achieve perfect results without the right approach. Whether you're a 3D printing enthusiast or just starting out, these five tips will help you improve the quality of your prints and optimize your projects. 1. Calibrate your printer correctly One of the main causes of inaccurate or defective prints is an incorrect calibration of your 3D printer. Make sure that the print bed is perfectly level and that the nozzle is in the right position relative to the bed. Regular calibration is essential to avoid defects such as warped prints or poor adhesion of the material to the bed.🔧 Tip: Use the automatic calibration function, if available, or a manual calibration spatula for maximum precision. 2. Choose the right material for the project The choice of material is essential to the success of the print. Each type of filament has different properties in terms of resistance, flexibility and visual appearance. For example, PLA is easy to use and suitable for general projects, while ABS is more resistant and ideal for functional objects that need to withstand higher temperatures. TPU is perfect for flexible objects.🎨 Tip: Carefully consider the characteristics of the material based on the final use of the object, whether it is a decoration or a structural component. 3. Optimize the print settings (Speed, Temperature, Layer Height) Every 3D print is unique, so it is important to adjust the settings based on the model. The print speed can affect the quality and strength of the object: lower speeds usually lead to greater precision, while higher speeds speed up the process but reduce the quality. The temperature of the extruder and the print bed are other crucial variables for a good result.⚙️ Tip: Start with default settings, then experiment with small changes to find the right balance between speed and quality. Set a temperature that is appropriate for the material you are using. 4. Add supports where needed Some 3D models may have hanging parts or corners that are difficult to print without proper support. Using the right support for these parts will help prevent warping or sagging during printing. Most slicing software offers an option to automatically generate supports.🛠️ Tip: Use support only when necessary. Too much support can increase print time and post-processing, while too little can compromise the quality of your object. 5. Pay attention to your model's adhesion to the print bed Another common issue is poor adhesion between your model and the print bed. This can cause your print to peel off during the process and compromise your final object. Make sure your print bed is clean and that the material sticks properly. You can use blue tape, spray adhesive, or a glass surface to improve adhesion. 📏 Tip: Use an adhesive that is specific to the type of material you are printing (for example, an adhesive for PLA or ABS) and consider using raffs (print edge) to improve adhesion.  Conclusion 3D printing is an ever-evolving field, and mastering the right techniques can make a big difference in the final result. Remember that every print is an opportunity to learn and improve. With the right preparation and a little practice, you will be able to get perfect prints for every project!