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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.
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.
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.
An enclosed CoreXY printer is worth it when an open machine starts failing with larger parts, fast printing, and technical materials such as ASA, ABS, or PA. This article explains what a chamber and CoreXY mechanics can bring, and when an upgrade makes economic sense.
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.
H2S is the most straightforward choice for large functional prints, H2D adds a second nozzle for technical material combinations, and H2C is aimed at frequent multicolor printing with less waste. We clearly explain when each model makes sense.
A comparison of Bambu Lab AMS Lite and AMS 2 Pro in Czech: the main differences, printer compatibility, suitable filaments, spool limitations, and practical advice on when to choose the simpler AMS Lite and when AMS 2 Pro is worth it.
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?
The Snapmaker U1 is an interesting four-head 3D printer for fast multi-color printing with significantly less waste. Compared with Bambu Lab, it makes the most sense where you frequently change colors or materials, but it does not always replace a more mature ecosystem and more enclosed design.
The Bambu Lab A2L is a large-format alternative to the A1 and approaches the P1S in price. It is best suited to large PLA/PETG prints, cosplay, decorations and batch printing. The P1S remains better for ABS, ASA and an enclosed printing environment.
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.
The A2L Combo mainly brings a significantly larger build volume and new possibilities for large hobby projects. However, upgrading from the A1 Combo is worthwhile only if the build plate size is genuinely limiting you.
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.
The Bambu Lab X2D brings full-fledged dual extrusion to desktop 3D printing in a compact body, along with high speed, smart features, and safer printing of demanding materials. Find out what it can do.
The Bambu Lab X2D will be officially unveiled on 14 April 2026 as a new dual high‑end CoreXY machine. How will it fit into the H2D/H2C ecosystem, what do the leaks suggest and what does it mean for current X1/P‑series owners?
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.
Bambu Lab, known for its user-friendly X1 and P1 series 3D printers that often “just work,” is introducing the new H2D model. This time, however, it is not merely an upgrade. The H2D represents an ambitious shift toward a multifunctional “personal manufacturing center” that integrates advanced 3D printing technologies with optional modules for laser engraving, cutting, and drawing. This increase in complexity […]
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. […]
Is the P1S chamber actively heated? No. The chamber temperature increases based on the heated bed temperature setting and cannot be precisely regulated. Is a filament buffer required for printing with a single filament? (For the X1 or P1 Series) When printing with a single filament spool, a buffer is not required because the filament spool itself can be considered a ‘buffer’. What […]
INTRODUCTION We have divided the FAQ for A1 mini into three sections: product specifications, product features, and product usage. PRODUCT SPECIFICATIONS What materials can A1 mini print? A1 mini is capable of printing a wide range of materials available on the market that do not require an enclosure. These materials include PLA, PETG, TPU, and their corresponding support filaments. It is not recommended to print filaments such as […]
Introduction The Y-axis of the A1 series printer uses a metal guide wheel, and this guide rail system ensures that users do not need to frequently adjust the printer’s moving components. However, regular lubrication and cleaning are necessary to reduce wear and noise, ensure the printer’s accuracy and service life, and effectively prevent the guide rail from rusting. Each printer receives a certain amount of lubricant before […]
We have divided the introductory A1 FAQ into product specifications, product features, and product usage. Product specifications What filaments can the A1 print? Low-temperature filaments such as PLA, PETG, TPU, and support materials for PLA and PETG (Support for PLA, PVA, HIPS, etc.). Common high-temperature filaments such as ABS, ASA, PC, PA, PA-CF/GF, PET-CF/GF, PPA-CF/GF, etc. Reminder: […]
