The story of Marblelous
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This exceptionally creative project won the prestigious Red Dot Design Awards 2025 and that is not without reason! Stephan Van Lumig has a very special driven story and process with his developed Marblelous. And he used 3d printing to start his project.

When Covid forced him to stop two companies he had in 2020, he saw the opportunity to work out an idea he still had in his mind. That idea was to develop a completely new and never seen marble track.

 “Because I am quite tech-savvy myself, I really wanted to make a high-tech, but also interactive marble run. And I have worked long hours every day for the past five years, including the weekends."

Stephan started developing the very first marble run that combines the old-fashioned marble run with High-Tech Smart-Tricks, called Marblelous. Marblelous is available now at Kickstarter.com, order now and your Marblelous will be delivered in June 2025 and you can build almost anywhere: so not only

Keeping your tools organized can be a game-changer for any workspace, whether you’re a professional craftsman, a DIY enthusiast, or a 3D printing hobbyist. Custom 3D-printed tool inlays are an excellent way to achieve a clean, functional, and efficient setup that’s tailored specifically to your tools. With ColorFabb’s filaments, you can create durable, precise, and visually appealing inlays for toolboxes, workbenches, and storage cases.

Gone are the days of rummaging through a cluttered drawer for the right screwdriver or wrench. 3D-printed tool inlays let you create a custom-fit home for every tool, making it easy to keep your workspace organized and improving your overall workflow. In this guide, we’ll walk you through the benefits of creating tool inlays, how to design and print them, and why ColorFabb filaments are the perfect choice for this project.

Why Create Custom Tool Inlays?

Custom tool inlays provide a professional level of organization while protecting your tools from damage.

When it comes to creating realistic, detailed, and durable props, 3D printing has revolutionized what’s possible. Among the many exciting projects you can tackle with a 3D printer, creating a 3D-printed blaster prop stands out as a favorite for enthusiasts of sci-fi, cosplay, and movie replicas. With ColorFabb’s high-quality filaments, this project not only becomes achievable but also offers a level of precision and customizability that’s hard to match.

Whether you’re a die-hard fan of futuristic weapons or simply love creating unique props for display or costume design, the Blaster Project is a rewarding way to push the limits of your creativity and technical skills. In this article, we’ll dive into how to 3D print and assemble your own blaster, including tips for choosing materials, optimizing print settings, and finishing your masterpiece for a professional-grade result.

Why 3D Print a Blaster Prop?

Building a blaster with 3D printing combines the best of both worlds: intricate design

For fans of futuristic design and groundbreaking sci-fi, few images are as iconic as the sleek, neon-lit motorcycle from Akira, the legendary Japanese anime film. That bike is more than just a machine; it’s a symbol of speed, rebellion, and the power of innovation. Now, with the incredible capabilities of 3D printing, fans can bring their own version of this legendary bike to life as a detailed, 3D-printed scale model.

The Akira Bike 3D printing project combines artistry, technical precision, and the possibilities of modern additive manufacturing. With the right tools and materials—like ColorFabb’s exceptional range of filaments—you can create a stunning model of this cinematic masterpiece. In this article, we’ll guide you through the process, from choosing materials to assembling the final product, and explore how ColorFabb filaments take this project to the next level.

What Makes the Akira Bike So Iconic?

The bike from Akira is instantly recognizable for its bold, futuristic design.

Building the Landy Mini with 3D Printing: A Compact Model Full of Character

3D printing has opened up an incredible world of possibilities for hobbyists, tinkerers, and model-making enthusiasts. From scaled-down replicas of real-world vehicles to fully customized designs, the only limit is your imagination. Among the many exciting projects out there, the Landy Mini stands out as an impressive blend of ingenuity, detail, and functionality.

If you’ve ever wanted to bring the rugged charm of a Land Rover-inspired vehicle to life in miniature form, this project is perfect for you. The Landy Mini is a highly detailed, fully 3D-printable model with functional wheels, suspension, and even a working steering mechanism. In this article, we’ll explore the process of building your very own Landy Mini, including the materials, print settings, and assembly tips you’ll need for a smooth experience.

What Is the Landy Mini?

The Landy Mini is a compact, scaled-down model inspired by the iconic Land Rover.

How to Print with Corkfill Filament: The Complete Guide for Lightweight and Textured 3D Printing

ColorFabb corkFill is a unique 3D printing filament that combines PLA with natural cork fibers, producing lightweight prints with a distinctive, organic texture. This filament is perfect for applications that require a natural look, low weight, and even some flexibility, making it ideal for decorative items, architectural models, and functional parts that benefit from the warm, earthy appearance of cork. With the right settings and techniques, you can achieve stunning, natural-looking 3D prints that resemble real cork.

In this guide, we’ll go through everything you need to know about printing with corkFill filament—including recommended printer settings, best practices, and post-processing tips—to help you make the most of this versatile material. By the end, you’ll be ready to bring a unique, natural texture to your 3D printing projects with corkFill.

What is Corkfill Filament?

Key Properties

How to Print with woodFill Filament: A Complete Guide to Realistic Wood-Like 3D Prints

If you’re looking to add a unique, organic aesthetic to your 3D prints, ColorFabb’s woodFill filament is the perfect choice. This filament blends PLA with fine wood fibers, producing prints that not only look like real wood but also have a satisfying tactile quality. woodFill opens up a world of possibilities for artists, designers, and hobbyists who want to create realistic wooden objects, from decorative pieces to functional items. However, printing with woodFill requires a bit of finesse to achieve the best results.

In this guide, we’ll walk you through the essentials of printing with woodFill filament—including recommended settings, printer setup, and post-processing techniques—to help you produce 3D prints with stunning wood-like textures and finishes.

What is woodFill Filament?

Key Properties of woodFill

woodFill is a composite filament that combines PLA (polylactic acid) with natural wood fibers.

How to Print with copperFill Filament: The Ultimate Guide for Metallic 3D Printing

3D printing with metal-infused filaments like copperFill by ColorFabb brings a new dimension to your projects. copperFill is a unique filament that blends PLA with real copper powder, giving your prints the look, feel, and weight of actual metal. With the right settings and techniques, you can create 3D printed objects that closely mimic solid copper, making copperFill ideal for artistic pieces, jewelry, decorative objects, and more.

In this guide, we’ll walk you through everything you need to know about printing with copperFill filament. From setting up your printer to achieving a high-quality metallic finish, this article will help you unlock the full potential of copperFill and create realistic, beautiful prints.

What is copperFill Filament?

Key Characteristics of copperFill

copperFill is a PLA-based filament blended with fine copper powder, providing the appearance and heft of real copper in a material