November 7, 2024
Description
(TL:DR)
Rack for the UMSS – a sleek, modular storage solution designed to keep UMSS boxes, and build plates organized and accessible. Built as an upgrade to the MMSS, this rack offers precise, easy-to-use modules, fitting seamlessly with PRUSA, and Bambu Lab X1 and A1 accessories. Perfect for makers who value functionality and flexibility in their workspace!
Introducing the New Rack for the UMSS:
As designers and makers, we know that a well-organized workspace isn’t just a luxury – it’s essential. With this in mind, I’m excited to introduce my latest project: the Rack for the UMSS (Universal Modular Storage System). This rack is designed as a seamless extension of the UMSS, building upon the versatile, user-centric approach that has made it a go-to storage solution.
The Rack for the UMSS brings together functionality and aesthetic coherence, allowing users to efficiently store and access various UMSS boxes and plates. This project is a natural evolution from the MMSS (Multi Modular Storage System) I introduced a year ago, but with several refinements based on user feedback. It’s specifically tailored to integrate with PRUSA and Bambu Lab Boxes and Build Plates, offering a dedicated storage rack that organizes does parts.
So why this rack, when other systems are already out there? Simply put, it’s all about precision and ease of use. Every module is meticulously modeled with dimensional and geometric accuracy, ensuring a seamless fit and an intuitive experience. Think of it as a fully integrated, adaptable system where you can work confidently, knowing each piece serves its purpose.
Regarding the UMSS and for those who like to personalize, the UMSS system is also designed with flexibility in mind. Empty blocks are available for creating custom modules, and extra boxes offer even more storage versatility. You’re welcome to mix and match – UMSS modules are fully compatible with MMSS, so you can craft a storage solution that’s uniquely yours.
As previously mentioned, the system accommodates both Prusa and Bambu Lab boxes and build plates. However, smaller boxes with a single 150x150mm tile won’t fit into the rack (currently under development). Therefore, make sure to download the files that correspond to your specific printer model.
I’ve prepared a video to guide you through the assembly process. While it’s straightforward, there are certain details to keep in mind, such as the assembly sequence, to help avoid any setbacks.
Exploded view drawing
Standardized Parts:
Tools Used to make this project
I’d like to clarify a common question I receive about the tools I use for my projects. This project was modeled using Autodesk’s Fusion 360 CAD software, which I find ideal for creating complex 3D models. Over the years, I have used other CAD applications, but I ultimately chose Fusion 360 due to its flexibility and ease of use. It is also one of the most accessible CAD tools for this type of community, offering free licenses for personal use. Additionally, its mesh modeling tools are some of the bests I’ve worked with.
Other tools are also used to achieve the final result. For example, rendered images are sometimes generated directly in Fusion 360, while others are done using Blender (I dont model in this software, it is not parametric neither it has a timeline.
It's rare for me to start a project directly in CAD, as it can disrupt my creative flow. For this reason, I prefer to begin with hand sketches, sometimes with great detail, and only afterward do I translate the design into the CAD tool.I hope this answers one of the frequent questions I receive.
Here on the main project, the UMSS modules
License:
Standard Digital File License
Jorge Rui
