Software
All You Need to Know about Bambu Studio, the Open-Source Slicer From Bambu Lab
Popular Chinese manufacturer Bambu Lab is currently one of the players dominating the consumer market for FDM 3D printers. The company is continuously working to outdo itself and recently announced the launch of new machines in 2025. In addition to…
- 3 min read
- Software
- Six more stories
Popular Chinese manufacturer Bambu Lab is currently one of the players dominating the consumer market for FDM 3D printers. The company is continuously working to outdo itself and recently announced the launch of new machines in 2025. In addition to its 3D printers, Bambu Lab also produces the slicer, Bambu Studio, which is one of the most popular products among Bambu Lab users.
As you may know, a slicer is software used to convert 3D models into a code (G-code) with specific information to be sent to the 3D printer. The slicer, as the word itself indicates, “slices” the model into many layers, which will be the ones that the printer will replicate to create the final part. But what exactly are the functions of the Bambu Studio slicer? What makes it one of the most popular slicers among enthusiasts? Let’s take a look.
Features of the Bambu Studio Slicer
The Bambu Studio slicer is first and foremost an open source software compatible with Bambu Lab printers. It is a state-of-the-art, feature-rich slicer. It contains project-based workflows, optimized slicing algorithms, and an intuitive graphical user interface. Built on PrusaSlicer, the software is known for its ease of use.
More from the desk
Six other notes from the rest of the bench.
NewsParhelion, the 3D Printed Mural That Combines Art and AcousticsThe use of 3D printing in interior design enables the creation of customized, durable and highly functional pieces. Furthermore, AM gives designers the freedom to experiment with shapes, textures and colors impossible to achieve using traditional methods. This is what…
NewsWEBINAR: Aluminum AM Made Simple: Insights from Sirris and ValCUNAluminum is one of the most widely used metals in the world, yet it remains one of the most challenging materials for additive manufacturing. High thermal demands, alloy sensitivities, and complex workflows often push companies toward easier metals, even when…
ApplicationsApplication of the Month: A 3D-printed Autonomous All-Terrain VehicleThis is not a concept car that can drive itself from point A to point B, nor is it just a futuristic gadget. We are presenting a prototype autonomous vehicle designed to enhance agricultural research, developed by the startup Lemki…
NewsTree-Root Inspired Template-Constrained Additive Technique Creates Durable Electronic CircuitsConformal electronics are stretchable, flexible electronic devices often used for applications like smart skins and robotics. While 3D printing conformal electronics is possible, the process can come with challenges. Often, conformal electronics have significant mechanical and th
News#3DQuiz: Have You Been Following the Latest Additive Manufacturing News?From new 3D printing processes and improved materials to unconventional application possibilities and company mergers – the world of additive manufacturing never sleeps, as we all know. And there was a lot going on in the last quarter as well!…
ApplicationsDrexel Electric Racing Relies on SolidCAM to Create End-Use Parts for Race CarsTraining in additive manufacturing is essential in order to ensure that those working in a wide variety of fields are at the forefront of current technological advances. For this reason, many companies in the market have educational offerings for all…