Bitfab

SLS parts made with Formlabs technology. ➖Nylon 11 ➖Nylon 12 + Glass Fiber

@ti_oscar Son eurobox de AUER: auer-packaging.com/es/es/Producto…

@bitfab_io Hola Diego! Una pregunta, los cajones grises del centro ¿Donde los compras? Gracias! Un saludo!

New version of the Bitfab office, with 3 zones: ➖Meeting space, an open space for meetings and training. ➖Workshop, with filament and resin 3D printing, laser cutting and 3D scanning, for building physical projects. ➖Bioprinting space for trying out new medical projects.

The most special unboxing in Bitfab's history. Today, we're diving into the unveiling of the Domotek domoBIO 4A bioprinter! 🧬🖨️ This cutting-edge marvel is set to revolutionize biofabrication and research. Stay tuned for an in-depth look at its features and capabilities!

Redesigning parts in Autodesk Fusion 360 using the section tool to detect and avoid interference between parts.

This is my method to design the layout in my office. An scale carboard model and many, many iterations.

🌲 Trying out the new tree supports in Prusa Slicer 2.6 for printing organic and anatomical parts. Let's see how it works 🖨 Printer: SOVOL SV-04

Simple but effective setup for recording podcasts and courses 🎙️Micrófono USB Amazon Basics 📷 Webcam Logitech Brio 1080p 💻 MacBook Pro 2017 (current bottleneck, needs update) + display

📷 Reimagining Bitfab offices with AI, which one do you like better?

Enough for this batch, you can ask for new manufacturing process in this thread and we will generate new images!

🔦 Laser cutting is one of my favourites technologies, flexible, simple and cheap for metal, plastic and wood parts:

We 🤍 Manufacturing 👷 We have made some epic images generated with artificial intelligence for every manufacturing process

@EmilioLozanoJ Y la caja en la que viene parece de bombones, no eres el primero que lo piensa! 😋

Es de "gordos" pensar que es un ventilador de chocolate?? 🤤😅🤷🏽‍♂️

💨Do you know what this is? It is a Noctua NF-A20 FLX, 200mm silent fan for a secret project. Do you know how we are gonna use it?

⚫️ Printing test parts in polyamide (nylon) + carbon fiber. CF + polyamide parts are very rigid, heat resistant and very unique in appearance: layer heights are almost invisible. Printing in PA+CF requires abrasion resistant nozzles (steel) and large diameters (from 0.6mm).

The conversion from the stock KP3S Pro S1 hotend to an original E3D V6 continues. The E3D heatsink+barrel+nozzle is shorter than the stock hotend, and the X axis interferes with the bed. The modification is not beautiful but still effective until we make a custom part.