【Snapmaker Tutorial】A350 Assembly to Operation, Chinese Video Tutorial!
3D printing, laser engraving, CNC milling – three technologies, one machine! Follow the steps and you can't go wrong. This tutorial covers the assembly, software, and complete operation of the Snapmaker A350 3-in-1 3D Printer. Watch the video and you'll immediately know how to use it:
（Skip tutorial! 03:03 for 3D printing results / 04:18 for laser engraving results / 05:39 for CNC milling results）
I. Equipment Assembly (Video 00:12)
First, carefully unbox the two layers of the Snapmaker A350 3-in-1 3D Printer using a utility knife. You will then see the instruction manual, and boxed accessories for 3D printing, laser engraving/cutting, and CNC milling. Due to the variety of assembly parts, it is recommended to take out all accessories and arrange them separately on the table for smooth assembly. (You can also refer to the included instruction manual for detailed assembly procedures.)
．Main Assembly Items:
1. Initial unboxing assembly of the Snapmaker machine body
2. Module replacement (according to the corresponding technology)
3. Work platform replacement (according to the corresponding technology)
II. Operation Process
．3D Printing (Video 01:03)
1. Assemble the 3D printing module and 3D printing platform
2. Calibrate the heated bed (follow touchscreen instructions)
3. Install 3D printing filament
4. Prepare 3D model files (slicing): Set parameters, then convert to G-code files
5. Upload 3D files to the Snapmaker 3-in-1 3D Printer
6. Start 3D printing
．Laser Engraving/Cutting (Video 03:14)
1. Assemble the laser engraving module and specialized laser processing work platform
2. Calibrate and measure the laser head's focal length (follow touchscreen instructions)
3. Secure the laser engraving material to the platform (using the included soft plugs)
4. Prepare the laser engraving file: Set parameters, then convert to G-code file
5. Upload the file to the Snapmaker 3-in-1 3D Printer
6. Touchscreen settings: Material thickness, laser engraving range
7. Start laser engraving
．CNC Milling (Video 04:30)
1. Assemble the CNC milling module and specialized CNC work platform
2. Prepare the CNC machining file: Set parameters, then convert to G-code file
3. Upload the file to the Snapmaker 3-in-1 3D Printer
4. Touchscreen settings: CNC milling range, boundaries, distance
5. Start CNC milling
III. Software Operation
Software used for Snapmaker series 3-in-1 3D printers: Snapmakerjs
1. Import file: Click "Add"
2. Detail adjustments: Move, scale, rotate, create supports
3. Set parameters as needed
4. Click "Generate G-code" to slice
5. Slider function: Preview slicing effect
6. Export/Save 3D file
1. Import file: Click "Add"
2. Detail adjustments: Use the mouse to adjust the position and size of the engraving image
3. Laser engraving modes: Black & White (B&W) / Greyscale / Vector
4. Set parameters as needed: Adjust laser power, density, speed
5. Click "Generate G-code" to convert the file
6. Export/Save file
1. Import file: Click "Add"
2. Detail adjustments: Use the mouse to adjust the position and size of the file
3. Preview 3D relief effect: Click "Process"
4. Select tool bit type: Carving V-Bit / Flat End Mill / Ball End Mill
5. Click "Generate G-code" to convert the file
6. Export/Save file
The Snapmaker 3-in-1 3D printer is compact and easy to install, suitable for hobbyists, designers, personal studios, schools, and even businesses. Covering three technologies, it offers lower production costs and higher efficiency! Three technologies in one, for unlimited creativity! Did you enjoy this sharing? 3DMart provides more than just 3D printing. Contact us now to learn more about the Snapmaker series 3-in-1 3D printers.
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