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Run headless slicing, manage presets, analyze G-code, and control printers over LAN.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "OrcaSlicer MCP" yet — see the docs or source repo.
Use the OrcaSlicer MCP to slice this 3D model headlessly with the specified printer and material presets, then return the result and key slicing parameters.
A slicing result summary with the presets used, generated file details, and main parameters.
Analyze this G-code file, summarize its print-related information, and highlight key items worth reviewing.
A G-code analysis summary that helps the user quickly review the print job.
Connect to a printer on the local network through the OrcaSlicer MCP and perform a printer control action, then report the device type and result.
A summary of the printer connection and control result, indicating whether the action succeeded.
Users who need to prepare print jobs for different printer brands or firmware ecosystems can use it for headless slicing and preset management to reduce manual work. It fits environments using Klipper, OctoPrint, Prusa, Duet, Elegoo, or Bambu devices.
Before sending a job, users can analyze the G-code to quickly verify whether the output matches expectations. This helps with basic review before printing.
When printers are available on the same local network, users can perform printer control actions through this tool. It is useful for combining slicing and device control in one workflow.
It supports headless slicing through OrcaSlicer, preset management, G-code analysis, and printer control over a local network. The description says it works with Klipper, OctoPrint, Prusa, Duet, Elegoo, and Bambu printers.
The provided information says it can control Klipper, OctoPrint, Prusa, Duet, Elegoo, and Bambu printers over LAN. For exact compatibility details, see the source repository.
The available material only clearly mentions OrcaSlicer, LAN printer control, and the supported printer ecosystems. Installation steps, runtime requirements, or authentication details are not provided; see the source repository.
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