How do I install the Snapmaker skill?

Run npx skillmds@latest add kbarbel640-del/snapmaker-2 in your terminal (requires Node.js), paste this page's agent-chat prompt into Claude, Cursor, or any MCP-connected agent, or download the SKILL.md file and copy it into your agent's skills directory.

Is Snapmaker safe to use?

This skill has not completed SkillMD's automated safety review yet. Independent scanners report: SkillSpector: PASS, Skill Scanner: PASS. Capability flags: executes scripts. SkillMD never runs a skill's scripts for you; review the SKILL.md before installing.

Which AI agents work with Snapmaker?

This skill is tagged as working with Claude Code, Claude.ai, OpenAI Codex. SKILL.md is an open format, so most agents that read a skills directory can load it too.

Is Snapmaker free to use?

Yes. Installing skills from SkillMD is free. This skill is licensed under MIT.

Who published Snapmaker?

kbarbel640-del (@kbarbel640-del) published this skill. Their other Agent Skills are listed on their SkillMD profile.

Snapmaker by kbarbel640-del — Agent Skill

Name: Snapmaker
Rating: 4.2 (5 reviews)
Author: kbarbel640-del

Snapmaker

Monitor and control Snapmaker 3D printers (U1 with Moonraker/Klipper). Use when checking print status, temperatures, progress, or controlling prints (pause/resume/cancel). Triggers on "printer", "3D print", "Snapmaker", "print status", "nozzle temp", "bed temp".

kbarbel640-del Updated Sep 9, 2026 1 repo stars

File contents

Snapmaker Printer Control

Control Snapmaker U1 printers via the Moonraker API.

Configuration

Create a config file at ~/clawd/config/snapmaker.json:

{
  "ip": "192.168.x.x",
  "port": 80
}

Or use environment variables:

export SNAPMAKER_IP=192.168.x.x
export SNAPMAKER_PORT=80  # optional, defaults to 80

Config search order:

SNAPMAKER_IP environment variable (highest priority)
~/clawd/config/snapmaker.json
~/.config/clawdbot/snapmaker.json

Quick Commands

Check Status

scripts/snapmaker.py status

Filament Info

scripts/snapmaker.py filament

Shows RFID tag data for each slot: material type, color (hex), temp ranges, and sensor status.

Monitor Print (Live)

scripts/snapmaker.py monitor

Print Control

scripts/snapmaker.py pause
scripts/snapmaker.py resume  
scripts/snapmaker.py cancel

Temperature

scripts/snapmaker.py temps

API Reference

The U1 uses Moonraker REST API on port 80:

Endpoint	Description
`/server/info`	Server status
`/printer/info`	Printer info
`/printer/objects/query?heater_bed&extruder&print_stats`	Status
`/printer/print/pause`	Pause print
`/printer/print/resume`	Resume print
`/printer/print/cancel`	Cancel print

Status Response Fields

print_stats.state: standby, printing, paused, complete, error
print_stats.filename: Current file
print_stats.print_duration: Seconds elapsed
virtual_sdcard.progress: 0.0 to 1.0
heater_bed.temperature / heater_bed.target: Bed temps
extruder.temperature / extruder.target: Nozzle temps

Filament & Sensor Data

Query filament RFID and sensors:

/printer/objects/query?filament_detect&filament_motion_sensor%20e0_filament&filament_motion_sensor%20e1_filament&filament_motion_sensor%20e2_filament&filament_motion_sensor%20e3_filament

filament_detect.info[]

Array of 4 slots with RFID tag data (or defaults if no tag):

Field	Description
`VENDOR`	"Snapmaker" or "NONE" if no RFID
`MANUFACTURER`	e.g. "Polymaker"
`MAIN_TYPE`	Material: "PLA", "PETG", "ABS", etc.
`SUB_TYPE`	Variant: "SnapSpeed", "generic", etc.
`RGB_1`	Color as decimal int (convert: `#${(rgb>>16&0xFF).toString(16)}...`)
`ARGB_COLOR`	Color with alpha (decimal)
`WEIGHT`	Spool weight in grams
`HOTEND_MIN_TEMP` / `HOTEND_MAX_TEMP`	Nozzle temp range
`BED_TEMP`	Recommended bed temp
`OFFICIAL`	true if official Snapmaker filament

filament_motion_sensor e{0-3}_filament

Field	Description
`filament_detected`	Boolean - filament present in slot
`enabled`	Boolean - sensor active

Note: Slots can have filament_detected: true but VENDOR: NONE — this means third-party filament without RFID tag.

---name: snapmaker-2description: Monitor and control Snapmaker 3D printers (U1 with Moonraker/Klipper). Use when checking print status, temperatures, progress, or controlling prints (pause/resume/cancel). Triggers on "printer", "3D print", "Snapmaker", "print status", "nozzle temp", "bed temp".license: MIT--- # Snapmaker Printer Control Control Snapmaker U1 printers via the Moonraker API. ## Configuration Create a config file at `~/clawd/config/snapmaker.json`: ```json { "ip": "192.168.x.x", "port": 80 } ``` Or use environment variables: ```bash export SNAPMAKER_IP=192.168.x.x export SNAPMAKER_PORT=80 # optional, defaults to 80 ``` **Config search order:** 1. `SNAPMAKER_IP` environment variable (highest priority) 2. `~/clawd/config/snapmaker.json` 3. `~/.config/clawdbot/snapmaker.json` ## Quick Commands ### Check Status ```bash scripts/snapmaker.py status ``` ### Filament Info ```bash scripts/snapmaker.py filament ``` Shows RFID tag data for each slot: material type, color (hex), temp ranges, and sensor status. ### Monitor Print (Live) ```bash scripts/snapmaker.py monitor ``` ### Print Control ```bash scripts/snapmaker.py pause scripts/snapmaker.py resume scripts/snapmaker.py cancel ``` ### Temperature ```bash scripts/snapmaker.py temps ``` ## API Reference The U1 uses Moonraker REST API on port 80: | Endpoint | Description | |----------|-------------| | `/server/info` | Server status | | `/printer/info` | Printer info | | `/printer/objects/query?heater_bed&extruder&print_stats` | Status | | `/printer/print/pause` | Pause print | | `/printer/print/resume` | Resume print | | `/printer/print/cancel` | Cancel print | ## Status Response Fields - `print_stats.state`: `standby`, `printing`, `paused`, `complete`, `error` - `print_stats.filename`: Current file - `print_stats.print_duration`: Seconds elapsed - `virtual_sdcard.progress`: 0.0 to 1.0 - `heater_bed.temperature` / `heater_bed.target`: Bed temps - `extruder.temperature` / `extruder.target`: Nozzle temps ## Filament & Sensor Data Query filament RFID and sensors: ``` /printer/objects/query?filament_detect&filament_motion_sensor%20e0_filament&filament_motion_sensor%20e1_filament&filament_motion_sensor%20e2_filament&filament_motion_sensor%20e3_filament ``` ### filament_detect.info[] Array of 4 slots with RFID tag data (or defaults if no tag): | Field | Description | |-------|-------------| | `VENDOR` | "Snapmaker" or "NONE" if no RFID | | `MANUFACTURER` | e.g. "Polymaker" | | `MAIN_TYPE` | Material: "PLA", "PETG", "ABS", etc. | | `SUB_TYPE` | Variant: "SnapSpeed", "generic", etc. | | `RGB_1` | Color as decimal int (convert: `#${(rgb>>16&0xFF).toString(16)}...`) | | `ARGB_COLOR` | Color with alpha (decimal) | | `WEIGHT` | Spool weight in grams | | `HOTEND_MIN_TEMP` / `HOTEND_MAX_TEMP` | Nozzle temp range | | `BED_TEMP` | Recommended bed temp | | `OFFICIAL` | true if official Snapmaker filament | ### filament_motion_sensor e{0-3}_filament | Field | Description | |-------|-------------| | `filament_detected` | Boolean - filament present in slot | | `enabled` | Boolean - sensor active | **Note:** Slots can have `filament_detected: true` but `VENDOR: NONE` — this means third-party filament without RFID tag.

Frequently asked questions