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Best 3D Printer, Laser Engraver, CNC Carver for Sale
Snapmaker 2.0 Modular 3-in-1 3D Printer A350T/A250T
Snapmaker 2.0 Modular 3D Printer F350/F250
Snapmaker 10W High Power Laser Module
Save $200
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Snapmaker Artisan 3-in-1 3D Printer with Enclosure
Regular price $2,999.00 Sale price $2,799.00
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Snapmaker Rotary Modules
from $569.00
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Snapmaker Air Purifier
$499.00
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White Breakaway PLA Filament (1 kg)
$54.99
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Hot End for Dual Extrusion Module
from $49.99
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Snapmaker 10W High Power Laser Module
from $459. 00
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Snapmaker CAN Hub
$59.00
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ABS Filament (1 kg)
$24.99
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Black Nylon Filament (1kg)
$59.99
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Snapmaker 3D Printing Module
$149.00
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Extension Cord for Rotary Module (1.5m)
$7.99
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PEI Glass Plate for Snapmaker Artisan
$54.99
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Save $200
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Snapmaker 2.0 Modular 3-in-1 3D Printer A350T/A250T
Regular price $1,499.00 Sale price from $1,299.00
Save $100
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Snapmaker 2.0 Modular 3D Printer
Regular price $999.00 Sale price from $899.00
Save $200
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Snapmaker Dual Extrusion 3D Printing Module
Regular price $599.
00 Sale price $399.00
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Snapmaker 10W High Power Laser Module
from $459.00
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Snapmaker Rotary Modules
from $569.00
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Enclosure for Snapmaker 2.0
from $399.00
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Snapmaker Air Purifier
$499.00
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Glow-in-the-dark Green PLA Filament (1kg)
$27.99
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Wood PLA Filament (750g)
$29.99
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Snapmaker 2.0 Emergency Stop Button
$59.00
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Power Module for Snapmaker 2.0
$129.00
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Linear Module for Snapmaker 2.0
from $349.00
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Snapmaker
MAKE SOMETHING WONDERFUL
Modular 3-in-1 3D Printers
Turn Your Desktop into a Workshop
Future Expansions
Modular Design
Snapmaker is more than just a series of machines.
The creative application of the Controller Area Network realizes modularity, based on which you can enjoy a lot of amazing features simply by getting new modules or add-ons.
Shop Addons
Snapmaker Luban
Free 3-in-1 Software
Snapmaker Luban is a free, open source CAM software committed to software services that allow full controls over 3D printing, laser engraving and cutting, and CNC carving capabilities.
Learn More
REVIEWS FROM SNAPMAKER USERS
from 2826 reviewsRyan Daw
07/18/2022
Amazing!
Was able to make highly detailed images on tile with absolutely no problems Very impressive results on tile
Laser Engraving and Cutting Platform for Snapmaker 2.0
Jaime Ramirez
05/09/2022
Very good laser
My first job was a vernier on my 1600mw module it took 55 min to cut, now with the 10W module only 9 min.
Snapmaker 10W High Power Laser Module
Eric Worrall
04/14/2022
Does exactly what it says
I’ve loved my Snapmaker since I unboxed it.
It’s not perfect, it’s complex, you need to dedicate time to learning 3D technology. The software sometimes needs to be restarted to work, and sometimes has annoying bugs.
But the engineering precision is breathtaking, I’ve created beautiful 3D PLA prints which don’t need finishing, high quality mechanical parts, like a bicycle pump holder, and ornate wooden gift boxes with laser engraved messages for loved ones.
If you have the commitment and time to learn a new skill, Snapmaker will help you realise your creative vision.
Snapmaker 2.0 Modular 3-in-1 3D Printers
Robert Allard
03/24/2022
A good addition to my a350
Very satisfied with my purchase, and service for helping me with problems I had assembly.
Enclosure for Snapmaker 2.0
Mike L
03/12/2022
Printing in an hour!
Was really impressed with how easy it went together, I was up and printing in about an hour, easy calibration and no fussing.
Awesome choice for a first-timer! Simple software, takes up little space and the smaller bed is still big enough for most jobs any first-timer would want. Laser engraving works well too! No regrets choosing Snapmaker as my first printer, great value for $$. Highly recommend it! Pictured: Enigma Rotor replica
Snapmaker Original 3-in-1 3D Printer
Maker Leigh
02/10/2022
It's my second one :-)
This was my second SM2 350 purchase, Chrismas sale provided a cheap way to upgrade my set up. Super fast delivery over new year in the UK. Well done Snapmaker.
Snapmaker 2.0 Modular 3D Printer
wentsung Peng
09/22/2021
Small problems with using Straight Groove V-bit
I used the Straight Groove V-bit to complete the Rotary Module CNC Carving a few days ago, and everything was almost perfect. My material is wood with a diameter of 50cm. When the Straight Groove V-bit goes deep into the center of the wood, because the radius of the wood exceeds the length of the flute, the wood touches the shaft and generates a lot of friction and noise, causing the 3-jaw Chuck to loosen.
The diameter of 3-jaw Chuck Inward-clamping of Rotary Module can reach 60CM. The above problem may be more obvious. Is there a solution?
Straight Groove V-bits (3 Bits)
Yousif Alsabbagh
09/20/2021
A350
The only negative point is that the machine makes loud noise, other than that it’s fantastic!
Snapmaker 2.0 Modular 3-in-1 3D Printers
The Snapmaker is a hybrid 3D printer, laser etcher, and CNC cutter all in one machine. This isn't the first hybrid we've tested, and while hybrids are capable of doing all the tasks they advertise, they tend to do so with compromises. But with the Snapmaker, I still found it to be a great little printer.
Make: Magazine
Performing an admirable job across three distinct functions, the Snapmaker is a maker’s dream tool for small-scale work. There are better individual tools that cost less than the Snapmaker’s $799, but few, if any, that challenge it for 3D printing, laser engraving and CNC carving all in one.
ALL3DP
The Snapmaker 3-in-1 3D printer doesn’t pretend to be anything it is not. The presentation and ease of assembly are testament to a company who is clear in their objective, to provide an entry level and affordable solution for those seeking an introduction to not only 3D printing, but the broader world of Makers.
3DPI
It's the best 3D printer packaging I've seen in my life, and I've used many 3D printers over the last years. The assembly process was really easy. Even a friend found it easy, and she didn’t have any previous experience with 3D printing.
Agustin Flowalistik
REVIEWS FROM SNAPMAKER USERS
from 2826 reviewsRyan Daw
07/18/2022
Amazing!
Was able to make highly detailed images on tile with absolutely no problems Very impressive results on tile
Laser Engraving and Cutting Platform for Snapmaker 2.
0
Jaime Ramirez
05/09/2022
Very good laser
My first job was a vernier on my 1600mw module it took 55 min to cut, now with the 10W module only 9 min.
Snapmaker 10W High Power Laser Module
Eric Worrall
04/14/2022
Does exactly what it says
I’ve loved my Snapmaker since I unboxed it.
It’s not perfect, it’s complex, you need to dedicate time to learning 3D technology. The software sometimes needs to be restarted to work, and sometimes has annoying bugs.
But the engineering precision is breathtaking, I’ve created beautiful 3D PLA prints which don’t need finishing, high quality mechanical parts, like a bicycle pump holder, and ornate wooden gift boxes with laser engraved messages for loved ones.
If you have the commitment and time to learn a new skill, Snapmaker will help you realise your creative vision.
Snapmaker 2.0 Modular 3-in-1 3D Printers
Robert Allard
03/24/2022
A good addition to my a350
Very satisfied with my purchase, and service for helping me with problems I had assembly.
Enclosure for Snapmaker 2.0
Mike L
03/12/2022
Printing in an hour!
Was really impressed with how easy it went together, I was up and printing in about an hour, easy calibration and no fussing. Awesome choice for a first-timer! Simple software, takes up little space and the smaller bed is still big enough for most jobs any first-timer would want. Laser engraving works well too! No regrets choosing Snapmaker as my first printer, great value for $$. Highly recommend it! Pictured: Enigma Rotor replica
Snapmaker Original 3-in-1 3D Printer
Maker Leigh
02/10/2022
It's my second one :-)
This was my second SM2 350 purchase, Chrismas sale provided a cheap way to upgrade my set up. Super fast delivery over new year in the UK. Well done Snapmaker.
Snapmaker 2.0 Modular 3D Printer
wentsung Peng
09/22/2021
Small problems with using Straight Groove V-bit
I used the Straight Groove V-bit to complete the Rotary Module CNC Carving a few days ago, and everything was almost perfect.
My material is wood with a diameter of 50cm. When the Straight Groove V-bit goes deep into the center of the wood, because the radius of the wood exceeds the length of the flute, the wood touches the shaft and generates a lot of friction and noise, causing the 3-jaw Chuck to loosen. The diameter of 3-jaw Chuck Inward-clamping of Rotary Module can reach 60CM. The above problem may be more obvious. Is there a solution?
Straight Groove V-bits (3 Bits)
Yousif Alsabbagh
09/20/2021
A350
The only negative point is that the machine makes loud noise, other than that it’s fantastic!
Snapmaker 2.0 Modular 3-in-1 3D Printers
Artisan 3D All Metal Printing | CNC Laser Engraver – Snapmaker
Basic Information
Standard 3D Printing Module
Single Extrusion
Single Extrusion
Dual Extrusion
Standard Laser Module
1600mW
Standard CNC Module
Enclosure Included
Built-in Emergency Stop Button
Quick-swap Design
Touchscreen Display
5 inch
5 inch
7 inch
Machine Dimensions
(W × D × H)
495 mm × 506 mm × 580 mm
405 mm × 424 mm × 490 mm
495 mm × 506 mm × 580 mm
405 mm × 424 mm × 490 mm
580 mm × 620 mm × 634 mm
Enclosure Dimensions
(W × D × H)
820 mm × 626 mm × 603 mm
624 mm × 530 mm × 507 mm
820 mm × 626 mm × 603 mm
624 mm × 530 mm × 507 mm
665 mm × 943 mm × 705 mm
Software
Rated Power
350W + 400W
Motion
Motor Driver Chip of Linear Module
TMC2209
TMC2209
TMC2209
X-axis Lead
Y-axis Lead
Maximum Printing Speed
100 mm/s
100 mm/s
180 mm/s
3D Printing
3D Printing Single
Extrusion Module
Standard
Standard
Optional
Dual Extrusion Module
Optional
Optional
Standard
Build Plate
Steel Plate with PC
Stickers on Both Sides
Steel Plate with PC
Stickers on Both Sides
Double-sided
PEI-coated Glass
Supported Nozzle
Diameter
Standard:
0.
4 mm Brass Nozzle
Standard:
0.4 mm Brass Nozzle
Standard:
0.4 mm Brass Nozzle
Optional:
0.2 mm Brass Nozzle,
0.6 mm Brass Nozzle,
0.8 mm Brass Nozzle,
0.4 mm Hardened Nozzle
Maximum Nozzle
Temperature
High-temperature Zone
260 mm × 260 mm
Zone Heating
Heating Speed of
Heated Bed
Heating up to
60°C in 4 to 5 min
Heating up to
60°C in 4 to 5 min
High-temperature Zone:
Heating up to 60°C in 2 to 3 min
The Whole Heated Zone:
Heating up to 60°C in 4 to 5 min
Maximum Temperature
of Heated Bed
80°C/100°C
80°C/100°C
80°C/100°C High-temperature
Zone: 110°C
Outer Zone: 80°C
Supported Materials
PLA, ABS, PETG, TPU
PLA, ABS, PETG, TPU
PLA, ABS, PETG, TPU, PVA,
Breakaway PLA, HIPS,
PA-CF, PA-GF, ASA
Work Area (W × D × H)
Single Extrusion Module:
320 mm × 350 mm × 330 mm
230 mm × 250 mm × 235 mm
Single Extrusion Module:
320 mm × 350 mm × 330 mm
230 mm × 250 mm × 235 mm
Dual Extrusion Module:
350 mm × 400 mm × 400 mm
Laser Engraving and Cutting
1600mW Laser Module
Standard
Optional
Optional
10W Laser Module
Optional
Optional
Standard
Maximum
Engraving Speed
15 mm/s
Depends on the Laser Module Selected
100 mm/s
Maximum Cutting Depth
1.
5 mm Paulownia
Depends on the Laser Module Selected
8 mm Paulownia
Standard Camera
No Wide Angle
Depends on the Laser Module Selected
Wide Angle
Supported
Engraving Materials
Basswood, Paulownia, Pinewood, Plywood, Bamboo, Leather, Fabric, Paper, Dark Acrylic (Blue excluded)
Depends on the Laser Module Selected
Basswood, Paulownia, Pinewood, Plywood, Beech, Walnut, Bamboo, MDF, Painted Metal, Copper Clad Laminate, Tinplate, Stainless Steel, Anodized Aluminum, Dark Glass, Slate, Ceramics, Jade, Marble, Shale, Leather, Fabric, Canvas, Corrugated Paper, Cardboard, Plastic, Dark Acrylic (Blue excluded)
Supported Cutting
Materials
Basswood, Paulownia, Pinewood, Plywood, Paper, Dark Acrylic (Blue excluded)
Depends on the Laser Module Selected
Basswood, Paulownia, Pinewood, Plywood, Beech, Walnut, Bamboo, MDF, Leather, Fabric, Canvas, Corrugated Paper, Cardboard, Plastic, Dark Acrylic (Blue excluded)
Work Area (W × D)
320 mm × 350 mm
230 mm × 250 mm
320 mm × 350 mm
230 mm × 250 mm
400 mm × 400 mm
CNC Carving
50W CNC Module
Standard
Optional
Optional
200W CNC Module
Incompatible
Incompatible
Standard
Maximum Spindle Speed
12,000 RPM
12,000 RPM
18,000 RPM
Maximum Work Speed[1]
Beech: 16 mm/s
Acrylic: 10 mm/s
Beech: 16 mm/s
Acrylic: 10 mm/s
Beech: 50 mm/s
Acrylic: 33 mm/s
Maximum Stepdown
Beech: 1 mm
Acrylic: 0.
5 mm
Beech: 1 mm
Acrylic: 0.5 mm
Beech: 2 mm
Acrylic: 1 mm
Supported Materials
Hardwood (Beech, Walnut), Softwood, Acrylic, PCB, Carbon Fiber, Jade
Hardwood (Beech, Walnut), Softwood, Acrylic, PCB, Carbon Fiber, Jade
Hardwood (Beech, Walnut), Softwood, HDF, MDF, Plywood, Jade, Carbon Fiber, Acrylic, Epoxy Tooling Board, PCB
Work Area (W × D × H)
320 mm × 350 mm × 275 mm
230 mm × 250 mm × 180 mm
320 mm × 350 mm × 275 mm
230 mm × 250 mm × 180 mm
400 mm × 400 mm × 400 mm
[1] The data is obtained by cutting beech with 3.175 mm Double Flute Flat End Mill and Acrylic with 3.175 mm Single Flute Flat End Mill. Depending on the CNC bits and materials used, the cutting speed might vary.
Do-it-yourself engraver - we make an engraving laser machine from a 3D printer
In this article I will tell you how you can make a completely working laser engraver out of a 3D printer with your own hands and practically for nothing.
Step 1: Buy the right laser
- To assemble a laser engraving machine, you need to find or purchase a laser powerful enough that can affect most materials used in the household. I find that 500mW of power is fine for this, it's inexpensive, and it can engrave just about anything except metals and glass.
- comes with a driver and protective goggles, which you must wear when you work with it.
Step 2: Install laser
Show 5 more images
- First remove the plastic fan from the acrylic mount, then unscrew the printer's "hot end" from the same mount.
- then cut the two plastic ties that hold the belt in place and with the last screw removed you can now drill two holes in the acrylic fastener.
- the module already has four mounting holes, you only need to mark the places where you need to drill two corresponding 3 mm holes on the printer mount and make them on a drilling machine.
- I used two screws that I had in stock, you can also use native screws from the fan that is installed on the back of the module.
- now we collect everything back and fasten the belt with two new ties.
Step 3: Calibration and grid origin
- After you finish assembling, connect the laser power input to the fan connector on the motherboard of the 3D printer. Later in the video, I will explain why you need to do this.
- with the laser came along with the driver circuit. Connect the laser fan to the fan connector, the laser to the laser connector, connect two wires from the 3D printer motherboard to the 12V power connector. Don't touch the TTL connector, you won't need it.
- now turn on the fan in the printer settings and select the autohome command in all axes.
- don't forget that you need to adjust the focal length according to the engraving depth.
- The final step is a test engraving on masking tape so you can see where the X and Y axis 0 is.
Step 4
- The engraving program I use is called Inkscape and can be found online.
- also for this program you need to download the plugin.
- download both files, install Inkscape and copy the plugin to the Extensions folder of the program.
- First, in the program, you need to set the dimensions of the printable area and drag the pattern you want to engrave. Set x and y to 0 and vectorize the image with the bitmap trace command: Path -> Trace Bitmap.
- now go to the Extensions folder, click on “Generate G Code” -> J Tech… set M106 as the on/off command for the fan connector that the laser is connected to.
- CNC speed is also very important, I think the ideal speed is 100-300mm/min.
Step 5: Sample engraving and workflow
Show 3 more images
- When your G-code is ready, drag it to the memory card and print it in the 3D printer menu.
- engraver perfectly cuts paper, and burns out on almost any material - leather, wood or plastic.
- can also be cut out of foam rubber and engraved on your smartphone/tablet case.
- If you want to increase the speed of a homemade laser engraver, you can simply install a more powerful laser, however, it will cost twice as much.
That's all, thank you for your attention!
Table of Table of Contents
- Step 1: We buy a suitable laser
- Step 2: set the laser
- Step 3: Calibration and the beginning of a coordinate mesh
- Step 4,0009,0008 Step 5: trial engraving and workflow
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Our company is the official distributor of leading manufacturers of desktop and industrial 3D equipment (3D printers, 3D scanners, 3D manipulators) - Raise3D, FlashForge, Anycubic, Formlabs, Creality3D, PICASO 3D, Phrozen, Wanhao, CreatBot, QIDI, etc.
