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An overview of ten winter 3D prints for 2026: Christmas ornaments, LED candle holders, mini trees, gift tags, cookie cutters, gift card boxes and small fidget gifts. Includes filament and safety recommendations.
A practical guide to choosing between Gridfinity boxes, Skadis accessories and Multiboard panels. Find out what belongs in a drawer, what belongs on the wall and how to start without unnecessary plastic printing.
An overview of ten types of multicolor 3D prints where AMS, MMU, or a toolchanger really make sense. The article presents practical models, slicer tips, and ways to reduce waste during filament changes.
An overview of ten popular 3D prints for 2026: articulated dragons, flexi animals, haptic sliders, geared spinners, and quiet sensory aids. Practical advice on material, colors, part size, and safety.
An overview of 10 practical 3D prints for cars and outdoors, with clear recommendations on when PETG is sufficient, when PLA will fail, and when to choose ASA or PET-CF for heat, sunlight, and long-term loads.
A practical overview of ten 3D prints for the garden and balcony: labels, clips, supports, self-watering solutions, irrigation holders, and modular hydroponics. Each tip includes material recommendations based on sunlight, water, and heat.
A practical selection of 10 useful 3D prints for camping, festivals, and trips in 2026. We explain what to print from PETG, where PLA is sufficient, which load limits to observe, and what to avoid outdoors.
A practical selection of ten summer 3D prints for 2026: drink holders, beach boxes, clips, hooks, travel organizers, and small repairs. For each tip, you will find the recommended material and a clear rule for when PLA is sufficient and when to choose PETG or ASA.
Failed prints, supports, and purge towers from multicolor printing are useful only if you sort them right next to the printer. Separate PLA, PETG, and PS, keep the material clean, and treat home filament production as a demanding project rather than a quick waste solution.
Recycled PLA and PETG filament can be a practical, more eco-friendly choice if it comes from clean manufacturing waste and the manufacturer provides specific data. This article covers the differences from regular filament, suitable uses, limitations, and printing tips.
PLA is often described as an environmentally friendly and biodegradable material. In practice, however, an ordinary 3D print will not break down in garden compost or mixed waste. This article explains when it makes sense to talk about industrial composting and how to handle failed prints more responsibly.
A practical guide for hobbyist makers: when recycled PLA or PETG is worthwhile, how refill filament works, what to expect from colors, and when a standard spool is the better choice.
A practical guide to 3D printing waste: how to sort PLA and PETG, why purge towers and supports generally do not belong in regular recycling, what to reuse at home and when a home extruder or recycling service is worthwhile.
Smart spools can automatically read the material, color, and profile, but not all systems are equally open. Find out when Bambu RFID is convenient, why OpenPrintTag matters, and what to watch out for with refills and your own NFC labels.
A practical guide to choosing filament for outdoor 3D printing. PLA is mainly suitable for prototypes and short-term parts, PETG is a good compromise for the garden and balcony, and ASA is the best choice for direct sunlight, higher temperatures, and car accessories.
A practical guide to recognizing damp filament in summer, when to dry PLA, PETG or nylon, and how to store spools in dry conditions so that surface quality, strength and material changes are not affected.
All-in-one machines such as Bambu Lab H2D combine 3D printing, laser engraving, cutting and plotting. They are suitable for creative workshops, schools and small production runs, but they will not replace a specialized laser or conventional printer in every situation.
Bambu Handy is a mobile companion for Bambu Lab printers. It shows print status, sends notifications, enables camera monitoring, and can start prints directly from your phone when verified profiles are available. This article explains when to use the app and when it is better to stick with Bambu Studio.
A practical guide to Bambu Studio: how to set up a printer and filament profile, when to run Flow Dynamics and Flow Rate, and how to address the first layer, supports, AMS, speed, and the most common print defects.
TPU is usually the best first choice for flexible printing, while TPE makes sense for truly soft and rubber-like parts. The article covers the differences, recommended settings, drying procedure, and solutions to the most common problems.
A comparison of PPA-CF, PA6-CF and PAHT-CF for strong functional parts: when to choose each carbon nylon, how to dry it, which nozzle to use and what to watch out for when designing and printing.
Nylon filament is suitable for functional parts that need to withstand friction, impacts, and repeated stress. PA6 offers high performance, PA12 easier printing, and PA-CF stiffness and improved dimensional stability. The key is proper drying, dry storage, and a suitable nozzle.
A practical guide to preparing a 3D model for printing: when to use STL, STEP or 3MF, how to check the scale, how to design clearances and what to verify before exporting.
Owning a 3D printer is worthwhile mainly for regular printing, rapid prototyping, and repeated small parts. For one-off jobs, special materials, and a finished result without the hassle, 3D printing on demand is usually the better option.
Not sure whether to choose FDM, SLA or SLS for your part? This practical comparison explains the differences in cost, strength, detail, surface quality and suitable applications.
A practical guide to gluing, sanding, filling, painting, and smoothing the surface of 3D prints made from PLA, PETG, ABS, ASA, TPU, and resin so that they look like a finished product.
This practical guide explains when it is worth using supports in FDM 3D printing, how to choose a support type, how to set spacing, density, and the interface, and how to remove supports after printing without damaging the model.
A perimeter is an outline line that forms the wall of a 3D print. This article explains why the number of perimeters has a major effect on model strength, when to add another wall, and when it is better to address infill, material, or print orientation.
A practical comparison of the Prusa Core One L and Bambu Lab H2S for workshops, schools, designers, and home enthusiasts. When does the more open and serviceable Prusa make sense, and when is the larger, more automated Bambu with AMS worth it?
Practical ideas for what to print on a 3D printer: organizers, holders, repairs, workshop aids, outdoor parts, and advice on when to choose PLA, PETG, ASA, or TPU.
3D printing pays off in manufacturing mainly for smaller batches, fixtures, custom parts, and designs that are still changing. Find out when it makes more sense than CNC milling or injection molding.
An overview of the most common FDM 3D printing errors with a practical troubleshooting procedure: first layer, warping, stringing, under-extrusion, layer shifts, cracking, blobs, overhangs, and a clogged nozzle.
Wet filament causes popping at the nozzle, stringing, bubbles, a poorer surface, and weaker layers. Find out when a filament dryer makes sense, which parameters to look for when choosing one, and why the Creality Space Pi is a practical choice for standard PLA, PETG, TPU, and engineering materials.
A practical comparison of carbon-fiber composite filaments: when to choose PETG-CF, ASA-CF, PA6-CF or PAHT-CF and what to watch out for when printing.
Not sure whether to print with PLA, PETG, or ASA? This practical comparison explains when to choose easy-to-print PLA, more durable PETG, and when demanding ASA is worthwhile for outdoor parts.
A practical guide to FDM 3D printing strength: how to choose the material, orient the model, and set the walls, infill, layer height, temperature, and cooling so that functional parts do not crack where they should not.
A practical guide to choosing between MMU3, INDX, and a toolchanger for multicolor and multimaterial 3D printing. Explains the differences in waste, speed, price, and operating complexity.
Wet filament often looks like incorrectly set retraction, but the cause is usually in the material. This article explains the symptoms in PLA, PETG, TPU, and nylon, when a drybox with silica gel is enough, and when an active dryer or AMS with active drying is worthwhile.
Carbon fiber-filled, glow-in-the-dark, and other filled filaments can quickly wear out a brass nozzle. In this article, we explain when to choose a hardened nozzle, why a 0.6 mm diameter often makes sense, and how to adjust the profile for PLA-CF, PETG-CF, or PA-CF.
A practical guide to choosing filament for a Czech summer: when PLA is sufficient, when PETG is better, and why ASA is the safest choice for sunlight, cars, and long-term outdoor parts.
OpenPrintTag offers an open way to store filament information directly on the spool. Find out how NFC tags help identify the material, color, print profile, and remaining filament before a long print.
Two nozzles are not just for impressive multimaterial printing. With ordinary FDM prints, they mainly help with supports: cleaner bottom surfaces, less waste, faster material switching, and a lower risk of damaging the finished part.
Prusa ColorMix makes it possible to create new shades in FDM printing by alternating layers from several filaments. It is particularly suitable for decorations, figurines, and creative multimaterial printing, but an exact filament shade still has its place for specific orders.
A comparison of the four most widely used slicers—Orca Slicer, Bambu Studio, PrusaSlicer and Cura. What are the differences between them, which 3D printers are they suitable for and which one should you choose based on your needs?
A guide to properly gluing PLA prints: which adhesive to choose, how to prepare the surface, when to use epoxy, when to “weld” with filament, and how to achieve strong and clean joints.
Are you just getting started with a Bambu Lab 3D printer? Learn how to work in Bambu Studio step by step – from installation and initial printer setup to practical tips on profiles, supports, and multicolor printing.
The Original Prusa XL can now handle real two-component silicone thanks to the new plug-and-play Filament2 toolhead. How does it work, what can it do, and which projects is it suitable for? A clear and practical overview.
I. Introduction: The Challenge of Clogged Hotends in P1/X1 Printers A. Overview Bambu Lab P1 and X1 series 3D printers represent the pinnacle of FDM (Fused Deposition Modeling) printing, offering advanced features and high speed. However, even with these sophisticated machines, a clogged hotend remains a common problem that can frustrate users and interrupt the printing process. This guide […]
FDM 3D printing (Fused Deposition Modeling – printing with thermoplastic filament) requires the first layers of the printed object to adhere firmly to the print bed. Adhesion to the print bed is therefore crucial for print success – the first layer forms the foundation of the entire printed part. If the first layers do not adhere sufficiently, the model may shift or detach during printing, which usually […]
Bambu Studio is software based on PrusaSlicer by Prusa Research, which is based on Slic3r created by Alessandro Ranellucci and the RepRap community. Bambu Studio is modern, feature-rich software for preparing files for 3D printing, developed by Bambu Lab. It includes project-oriented workflows, systematically optimized slicing algorithms, and a user-friendly graphical interface, ensuring users a smooth printing process […]
This article provides a brief overview of Bambu Handy and a guide to help you quickly install, set up, and start printing right away. What is Bambu Handy? Bambu Handy is an all-in-one mobile application designed for Bambu Lab 3D printers. It allows you to remotely monitor and manage your 3D printers. Users can also easily start previous projects, make adjustments […]
Basic printing instructions This chapter focuses on how to print 3D models using the Bambu Handy app. As an example, we will use a typical model consisting of multiple parts and cover various aspects of the printing process. Step 1. Find an interesting 3D modelYou can browse the list of models or use the search function to find models you like. Step 2. […]
Moist filament for 3D printing can lead to failed prints. Fortunately, proper storage and drying can help prevent and solve this problem. Although this may not be obvious to a beginner, every experienced 3D printing enthusiast knows how important proper filament storage and drying are. Moisture in filament can significantly affect print quality. We explain […]
Moisture from the air can easily damage 3D printing filament, which can also affect the quality of your prints. Find out how to dry filament properly! All filaments used in fused deposition modeling (FDM) 3D printing are hygroscopic. That is a complicated way of saying that the material likes to absorb moisture. This hygroscopicity can cause problems with filaments. As plastic polymers, they are […]
The Ultimate Guide to Filaments The main types of filament for 3D printers, their uses, properties, and where you can buy them. Find the best filament for your 3D printer according to your needs! Getting a 3D printer opens the door to a universe full of possibilities. Whether it is something functional like prosthetics or something recreational like miniature tabletop figures – there is one common need […]
