Bambu Lab is a technology company that specializes in 3D printing solutions, offering innovative 3D printers and related products with advanced features for both hobbyists and professionals.
Connects to Bambu Lab printers and Bambu Studio to analyze STL/3MF models, slice print variants locally, compare time and material usage, manage Bambu Studio presets, and optionally read printer status, temperatures, AMS information, and HMS errors over the local network.
Enables Claude to analyze STL/3MF models, slice them with the real Bambu Studio engine, compare print recipes by time and weight, and manage presets for Bambu Lab printers. It produces ready-to-print .3mf project files with material and build-plate settings applied, all locally on the user's PC.
18
3
MIT
Why this server?
Provides LAN-based control and monitoring for Bambu Lab printers, including status, temperatures, AMS, file listing and upload, print/pause/resume/stop actions, and slicing STL files into printable .gcode.3mf files.
Enables LAN-based monitoring and control of Bambu Lab P2S/P1S printers, including confirm-gated print, pause, resume, stop, file upload, and slicing workflows.
10
27 npm
MIT
Why this server?
Provides tools for discovering, monitoring, and pushing print jobs to Bambu Lab X1 Carbon printers, including slicing and status checks.
Enables generating parametric 3D-printable parts from OpenSCAD/CadQuery models, exporting STL/3MF files, running DFM checks, and retrieving Bambu X1 Carbon starting profile notes.
8
MIT
Why this server?
Integrates with Bambu Studio's local command-line slicer and installed Bambu Lab printer/nozzle profiles to list printers and presets, analyze and paint 3D models, slice or re-slice projects, compare settings, and verify sliced output for Bambu Lab printers without sending prints to a printer.
Enables LLM clients to slice, paint, and verify 3D prints through the installed slicer's command line for any installed Bambu printer, nozzle, and filament, with settings per object type. It never sends jobs to a printer.
11
MIT
Why this server?
Enables control and monitoring of Bambu Lab 3D printers over LAN, including job queueing with filament-aware scheduling, print control (pause/resume/stop, speed, temperatures, allowlisted G-code), telemetry and event monitoring, AI print supervision via camera frames, filament inventory and cost tracking, printer discovery, and automated plate ejection.
Enables LAN-based control and monitoring of Bambu Lab printers, including pause/resume/stop, temperature and G-code commands, and automatic plate ejection. Adds a filament-aware job queue with retries, AI print supervision, spool inventory, and cost reporting.
48
PolyForm Noncommercial 1.0.0
Why this server?
Provides tools for inspecting 3D models, configuring BambuStudio print settings, running BambuStudio slices for time and filament estimates, comparing print configurations, and exporting configured 3MF projects for review in BambuStudio. Note: this targets the BambuStudio desktop slicer, not Bambu Lab printer control.
MCP server for real FDM 3D-printing slicing, quoting, and design-for-manufacturability analysis via the FabTally API, supporting 12 printer profiles and 12 materials. Includes free discovery/printability tools and paid slice/quote/orientation tools settled via x402 (USDC on Base).
6
MIT
Why this server?
Supports Bambu Studio presets through the shared OrcaSlicer/Bambu Studio preset format, allowing AI assistants to list and inspect effective preset settings, audit print profiles for common failure causes, and safely edit preset parameters with backups and restore support.
Lets AI assistants read, audit, and safely edit slicing presets for Creality Print, OrcaSlicer, and Bambu Studio, resolving full inheritance chains to expose effective settings and flagging common print-failure causes. It also inspects, scales, and rotates 3D model files (.stl, .obj, .3mf) into new outputs.
9
1
MIT
Why this server?
Supports Bambu Lab-style FDM printing workflows by checking printability and opening generated 3MF files in Bambu Studio for slicing and printing.
Enables Claude to model 3D-printable parts by running Python scripts in a headless FreeCAD instance and exporting STL/3MF/STEP files. It also lets Claude visually inspect renders, check mesh integrity and overhang printability, measure volume and estimated mass, and open results in a slicer before printing.