General safety
Regulatory compliance
3D printing safety
Emergency measures & Precautions
Laser safety
Emergency measures & Precautions
Assembly guide in PDF (with Enclosure)
Video tutorial for assembly (with Enclosure)
Video tutorial for assembly (without Enclosure)
The following instruction guides you through assembling a 10W laser module. If you are using a 20W / 40W laser module, go to Quick start guide for 20W / 40W laser module.
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If you are using the Snapmaker 2.0 Dual Extrusion Module, update both the firmware and the software to the latest version.
The following instruction guides you through using a 10W laser module. If you are using a 20W / 40W laser module, go to Quick start guide for 20W / 40W laser module.
Download PDF_EN
Download PDF_DE
Installing Snapmaker Luban
Connecting to Luban via the serial port
Connecting to Luban via Wi-Fi
Updating the firmware
Checklist before use
Warnings & Labels
Specifications
Filament library
Workflow overview
Pre-checking
Calibrating
Loading filament
Choosing the proper build plate side
Preparing the G-code file
Dual-matieral Slicing Quick Guide
Starting printing on Luban or Touchscreen
Removing the print
Filament runout recovery
Waste disposal
Quick Start Guide for the 3-axis 2W laser machining on Snapmaker Artisan
Calibrating
Configuring & generating 3-axis laser G-codes using Snapmaker Luban
Recommended parameters for 3-axis laser engraving and cutting
Starting laser engraving and cutting
Waste disposal
Quick start guide for the 3-axis 20W/40W laser machining on Artisan
Installing the air assist pump
Calibrating the laser platform height
Fixing laser materials on the platform
Adjusting the laser height for 3-axis machining
Setting the work origin for 3-axis machining
Configuring & generating 3-axis laser G-codes using Snapmaker Luban
Recommended parameters for 3-axis laser engraving and cutting
Starting laser engraving and cutting
Quick start guide for the 3-axis CNC machining on Artisan
Installing the CNC carving and cutting platform
Clamping the material
Installing the CNC bit
Changing CNC bits
Changing the collet
Configuring & generating 3-axis CNC G-codes using Snapmaker Luban
Setting the work origin for 3-axis CNC machining
Starting 3-axis CNC machining
Cleaning the finished work and the machine
Setting the work origin for irregular workpieces
Crafting with Snapmaker: laser engraving and CNC cutting
Using Artisan/2.0 with Luban for multi-process 3-axis CNC machining
Supported materials
CNC bits
Recommended parameters for 200W CNC module
Quick start guide for 4-axis laser machining
Quick start guide for 4-axis CNC machining
Assembling the Rotary Module
Installing the Rotary Module onto the machine
Installing the tailstock of the Rotary Module
Connecting the Rotary Module to the machine
Material requirements of the Rotary Module
Calibrating the central axis
Fixing materials on the Rotary Module
Configuring & generating 4-axis laser G-codes using Luban
Adjusting the laser height for 4-axis machining
Setting the work origin for 4-axis machining
Fixing materials on the Rotary Module
Configuring & generating 4-axis CNC G-codes using Luban
Changing CNC bits with the Bit Assistant
Setting the work origin with the Origin Assistant
Material Test for Laser
Using Ray/Artisan/2.0 with LightBurn
Using Artisan/2.0 with Fusion 360 for 3-axis CNC work
Using Artisan/2.0 with Fusion 360 for 4-axis CNC work
Using Artisan/2.0 with Fusion 360 for multi-process 3-axis CNC machining
Transferring G-code files to the machine
Exporting machine logs