@Phaedrux

Yes, of course. Here are the files. For context, I generated this G-code based on the example provided in the accompanying image. In this setup, there are two identical parts, each printed using four different tools. One part involves support material and the actual part printed with two tools, and the second part is similarly printed but using two different tools.

I configured Simplify3D with the intention of enabling the cooling fan only for the tool responsible for printing the support material. However, upon reviewing the generated G-code, it appears that the fan behavior does not fully correspond to the intended configuration. config.g 3024-10-010LR_4Tools_test.gcode

Hello, I would like to know if it is possible to directly connect a servo such as an SG90 to a ToolBoard V0.6, and what commands would be required to configure and control it. Thank you in advance for your help!

Hello, I was wondering if someone could provide some guidance on how to properly manage part cooling fan control on a printer like a Toolchanger, when using parts prepared with Simplify3D? At the moment, I've tried various approaches, but I often end up with either all the cooling fans on every tool being activated, or none at all. Also, how can I control the fan not just per layer, but specifically per tool and per layer? Thank you in advance for your help!

@phoenix

Hello, thank you for sharing this. I have a question — I own a ToolChanger controlled by a Duet 3 MB6HC board, and there are 4 tools installed. Tool “T4” is a Smart Orbiter V3.0, which is connected to a ToolBoard 1LC V1.3. I was wondering whether it is possible to use the functionalities of the Smart Orbiter V3.0 by connecting them directly to the ToolBoard 1LC V1.3. Thank you in advance for your reply, it would be a great help.