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INDX Spotlight: A Beginner’s Guide to the Future of Multi-Material 3D Printing
1. The Challenge of Color Printing Since the first 3D printers appeared on desks, users have dreamed of being able to easily print a single object from multiple colors or materials. Whether it’s creating a colorful figurine, incorporating a flexible grip into a rigid tool, or using a special material for supports, the goal…
Why choose Bambu Lab (3/3): Which model is right for you
From Theory to Practice In previous parts, we unveiled the technological lead and strength of the Bambu Lab printer ecosystem. Now comes the most important question: which model is right for you? Bambu Lab has strategically divided its portfolio to appeal to everyone, from absolute beginners to professionals. In this concluding article, we will…
Why choose Bambu Lab (2/3): The power of the ecosystem and multicolor printing
More Than Just a Printer In the previous part, we unveiled the technological innovations that enable Bambu Lab printers to achieve unprecedented speed and quality. However, the true strength of this brand lies not only in its hardware. Bambu Lab has built a comprehensive, vertically integrated ecosystem that includes hardware, software, materials, and cloud…
Bambu Lab H2C Revolution: Is This the End of Filament Waste?
The world of 3D printing has just been shaken to its core. The long-awaited new release from Bambu Lab, the H2C model, was officially unveiled yesterday, promising to solve the biggest pain point of color FDM printing – endless piles of waste filament. With the new Vortek system and the ability to print with…
Original Prusa MK4S and the Evolution of 3D Printing
Prusa Research helped shape desktop 3D printing by advancing open, reliable 3D printers built on RepRap roots. This article dives into fused filament fabrication, the i3 lineage, and what the Original Prusa MK4S means for makers and professionals. We explore workflow with PrusaSlicer and Prusa Connect, materials and tuning, and practical applications that turn…
Why Choose Bambu Lab (1/3): The Secret of Speed and Precision
How Bambu Lab Changed the Game Before the arrival of Bambu Lab, the world of desktop 3D printing was divided. On one side stood inexpensive printers requiring constant tuning, on the other, reliable but slow machines. Bambu Lab rejected this compromise and brought to the market printers that are simultaneously fast, reliable, and easy…
ABS Filament (4/4): Modern Alternatives and Composites
In our series, we have explored ABS as a strong and versatile material, learned how to print it successfully, and uncovered the magic of its surface finishes. However, the world of 3D printing is constantly evolving, and with it, materials. While ABS remains relevant, modern alternatives have emerged that address some of its shortcomings,…
ABS Filament (3/4): The Magic of Acetone Smoothing and Other Post-processing
If you have successfully mastered the challenges associated with printing from ABS, which we discussed in the previous part, a world of advanced surface finishes opens up for you. It is precisely in this area that ABS absolutely excels and offers possibilities that PLA users can only dream of. The best known of these…
ABS Filament (2/4): How to Tame Printing and Prevent Problems
In the previous part, we introduced ABS as a material with excellent strength and temperature resistance. However, these benefits come at the cost of more demanding printing. While PLA often forgives beginner’s mistakes, ABS requires more careful preparation and specific conditions. The biggest challenges are warping and fume emissions. This article is a practical…
ABS Filament (1/4): Meet the legend of 3D printing
Why was ABS the king of 3D printing? Nowadays, when the world of hobby 3D printing is dominated by easily printable PLA, it’s easy to forget the material that stood at the birth of this revolution. Acrylonitrile Butadiene Styrene, better known by its acronym ABS, was for many years the uncrowned king and the…
I want to start with 3D printing (4/4): What else do I need to know
In previous parts, we explored the basics of 3D printing, its uses, and how to choose your first printer. However, owning the hardware is just the beginning. In this final article, we will focus on the entire ecosystem surrounding 3D printing. We’ll discuss essential software, the best basic materials to start with, and where…
Prusa Research’s Strategy in the Era of Bambu Lab’s Vortek System
Spark on Social Media The 3D printing community is abuzz again. Mysterious but encouraging posts from Josef Prusa on X.com have fueled speculation about a new multi-material system from the Czech manufacturer. These hints come at a critical time, signaling the start of a new era of competition in desktop 3D printing. Beyond Speed…
Bambu Lab H2C vs. H2D: Generational leap, or just evolution with nozzle replacement
When Bambu Lab introduced the H series, it signaled the arrival of the second generation of its technology, pushing the boundaries of desktop 3D printing. The H2D, as the flagship dual-nozzle model, offered unprecedented flexibility in multi-material printing and established itself as a “personal manufacturing center.” However, even before the H2D fully settled into…
Vortek by Bambu Lab and the Future of Multi-Material 3D Printing
The Vortek system from Bambu Lab, announced for the upcoming H2C printer, represents a paradigm shift in desktop multi-material FDM printing. It promises to eliminate filament purge waste—the biggest issue with existing single-nozzle systems. While this technology is a significant technical achievement, its high anticipated price, complex upgrade path for existing users, and continuing…
Clash of Titans: Is the New Bambu Lab H2S the Successor to the Legendary X1C?
When Bambu Lab launched the X1-Carbon, it rewrote the rules of desktop 3D printing. Speed, quality, and user-friendliness, previously reserved for industrial machines, suddenly became accessible to professionals and demanding hobbyists. Now, after years of dominance, the H2S enters the scene, presented as the long-awaited answer to the community’s main request: “a bigger X1C.”…
I Want to Start with 3D Printing (3/4): How to Choose Your First Printer
In previous parts, we explored what 3D printing is and what it can be used for. Now comes the crucial decision that will fundamentally affect your first experiences: choosing your first 3D printer. The market offers a wide range of options, from very inexpensive kits to sophisticated, fully automated machines. The right choice depends…
I want to start with 3D printing (2/4): What can it all be used for
In the last part, we explained what 3D printing is and how it works. Now let’s look at the most interesting part: what can this technology be used for in practice? The possibilities are practically limitless, ranging from simple home repairs to revolutionary applications that are changing entire industries. A 3D printer is not…
I want to start with 3D printing (1/4): What is it and how does it work
Entering the world of 3D printing is a fascinating journey that opens the doors to limitless creativity and practical solutions. Perhaps you’ve seen amazing creations online or heard about how this technology is changing industries, and now you’re wondering: “How does it all actually work?” This first part of our series will guide you…
PETG in Practice: From Functional Parts to Medical Applications
The theoretical properties of a material are one thing, but the true value of PETG is revealed only in real-world applications. Thanks to its unique combination of strength, toughness, temperature resistance, and ease of printing, it has found its way into workshops, homes, gardens, and even operating rooms. In this final part of our…
Enhanced PETG: A Guide to Composites (CF, GF) and Special Variants
Standard PETG is a fantastic all-around material, but what if your projects demand even higher performance? For applications where extreme stiffness, temperature resistance, specific electrical conductivity, or maximum print speed are crucial, specialized PETG variants come into play. These advanced materials push the boundaries of FDM printing capabilities. In this article, we’ll dive into…
