3D Printing and Engraving
Advantages：
1. Two-colour printing: double-injection and one-out nozzle design. Two consumables, two extruders, one nozzle.
2. Integrated design: The exterior design of the profiled sheet metal base is used to store most of the electronic components in the sheet metal bottom case.
3. 4.3-inch colorful touch screen: user-friendly UI design, with sound prompts, perfect human-machine dialogue function, to bring users an unprecedented intelligent operating experience.
4. Carboloy silicon printing platform: no need to use glue, perfect bonding with consumables at 60 °C, Reduce adhesion after cooling, the model and platform are easy to separate, and the model is easy to remove.
5. larger power supply:use well-known mean well large power supply,only needs 6 minutes to heat the hot bed to 100℃.
6. larger leveling nuts：Ergonomic design, easy to adjust.
7. Single wire design: only need one wire to connect the base and the gantry, which makes it looks compact and beautiful.
8. Dual fan cooling: better cooling effect, faster cooling and more efficient radiating.
9. Support water-soluble consumables: use the second nozzle to print water-soluble support, easy to remove after soaking in water, giving you a more detailed model surface.
10. All-metal extruder: better strength, longer service life, and self-contained elastic adjustment device, giving you a smoother printing experience.
11. Z-axis double screw design: more stable lifting, higher printing accuracy.
12.Resume printing while power-off: The motherboard is fully upgraded and supports continuous power failure, which effectively reduces model scrapping caused by power outages.
13.Creality3d V2.1 motherboard: all-upgrade, quality assurance, industrial-grade process, 200 hours of continuous printing without pressure.
Parameters：
| Machine type | CR-X |
| Forming size | 300*300*400mm |
| 270*270*400mm(Dual color) | |
| Platform size | 310*320mm |
| Power | 110/220V AC 50/60HZ |
| Total power | 24V 480W |
| N.W. | 15KG |
| Machine size | 550*400*650mm |
| Package size | 640*540*340mm |
| Working voltage | 24V |
Video available on this model: https://youtu.be/u2nzBd7nxFY
Machine advantage:
1. Z-axis double screw design: more stable lifting, higher printing accuracy.
2.Creality3d V2.1 motherboard: all-upgrade, quality assurance, industrial-grade process, 200 hours of continuous printing without pressure.
3. Resume printing while power-off: The motherboard is fully upgraded and supports continuous power failure, which effectively reduces model scrapping caused by power outages.
4.Broken material detection: When the filament runs out or disconnected, the printer will automatically suspended to ensure the model can be smoothly printed.
5. Oversized construction size: giving more opportunity for you to image and create while ensuring accuracy and quality.
6. Split type design: The electronic control host and the mechanical structure are separated, develop your mind, help create a variety of printers at will.
7. Shipment of the kit: Solve the problem of large-size transportation. Installation takes only 5 minutes.
8. Linear pulley system: patented technology, V-profile + precision pulley with perfect, running more smoothly, more wear-resistant. Effectively reduce noise.
9. MK10 Extrusion Mechanism: A brand-new patented infrastructure that effectively reduces the risk of plugging and poor spillage, and can print almost all consumables on the market.
Specifications:
| Machine type | CR-10S |
| Color | Orange、black、blue |
| Forming technology | FDM |
| Print Size | 300*300*400mm |
| N.W | 9kg |
| G.W | 13.8kg |
| Nozzle Diameter | Standard 0.4mm |
| Software | Cura、Simplify 3D、Repetier-host |
| File Format | Stl、obj、g-code |
| Print Speed | Normal： 60mm/s Max：100mm/s |
| Filament Diameter | 1.75mm |
| Filament | PLA/ABS/TPU/wood/carbon fiber/Copper |
| Control System | Win、xp、mac、vista、Linux |
| Power Requirement | Input:110V-220V,Output:12V, Power:270W |
What's new in the Pro model?
1. Improved Mechanical Properties
The Ender 3 Pro has been redesigned with a more sturdy, 40×40 aluminum extrusion for the Y-axis base. This should improve the overall stability of the printing surface.
Also, better bearing wheels deliver more stiffness, reduce friction, give better dimensional stability – and also help to reduce the overall noise level.
2. Improved Extruder
According to their press release, Creality also exchanged their extruder to an “MK-10” version. The company boasts it should “greatly reduce the risk of clogging and uneven extrusion”.
3. New Magnetic Printing Surface
Last, but not least, the Ender 3 Pro now comes equipped with a “C-MAG” magnetic printing bed. The sheet is removable and flexible, so the prints can be plucked off the build plate more easily. According to Creality, their textured surface adheres to all types of filament better than traditional methods such as tape, glue, or hairspray.
4. Improved Power Supply
Power supply was replaced with better Meanwell power supply
5. Vent changes
The Vent on the controller move to the bottom of the enclosure to prevent dust and other particles from falling in
Creality3D Ender 3 Pro DIY 3D Printer Kit 220x220x250mm Printing Size with Power Resume Function/MK10 Extruder.
Video available on this model at https://youtu.be/a8Z-9ncYsps
Ender 3 quick start guide available at https://s3-us-west-2.amazonaws.com/3dprintersbay/ender-3-deliverables/Ender+3+quick+start+guide.pdf
Machine advantages
1.Split type design: the electronic control host and the mechanical structure are separated, open your mind, help create a variety of print-outs at will.
2. Shipment of the kit: Solving the problem of large-kit transportation, installation takes only 5 minutes.
3. Industrial grade circuit board: The technology is quite mature and stable, it can work continuously for 200 hours without pressure.
4. Linear pulley system: Patented technology, V-profile+precision pulley, runs more smoothly, more wear-resistant. Effectively reduces noise.
5.MK10 Extrusion Mechanism:A brand-new patented infrastructure that effectively reduces the risk of plugging and poor spillage and can print almost all filaments on the market.
Specifications
| Modeling Technology | FDM（Fused Deposition Modeling） |
| Printing Size | 220*220*250mm |
| Machine Size | 440*410*465mm |
| Net Weight | 8kg |
| Printing Speed | 180mm/s |
| Filament | 1.75mmPLA, TPU, ABS |
| Power Supply | 100-265V 50-60HZ |
| Output | 24V 15A 360W |
| Layer Thickness | 0.1-0.4mm |
| Nozzle Diameter | 0.4mm |
| Printing Accuracy | ±0.1mm |
| File Format | STL,OBJ,G-code |
| Working Mode | Online or SD offline |
| Nozzle Temperature | 255℃ |
| Hot bed Temperature | 110℃ |
Access the embedded webcam feed and watch remotely how your printer is creating your newest thing.
Get constant feedback regarding the current progress of your print job.
Take a look at the integrated GCODE visualizer to see a rendition of the GCODE you are currently printing.
Keep an eye on the temperatures of your hotends and print bed and adapt them on the fly.
Move the print head along all axes, extrude, retract or just define your own custom controls.
Find out more.
https://en.wikipedia.org/wiki/OctoPrint
How to power your OctoPrint Raspberry pi directly from your Printers power supply. (12V/24V)
We have provided a Hobbywing 5V 3A UBEC Step-Down Converter, this allows you to power your Raspberry Pi with no extra cables or plugs.
Simply connect the input side to the Power supply V+ (Red) and V- (black)
The output side will provide the 5V that the Raspberry Pi needs. Place the jumpers onto the 5V and GND pins of your Pi. (Pin 4 and 6)
https://pinout.xyz/
Read more at https://octoprint.org/
Setup
For WiFi connection:
Option 1:
Before inserting the SD Card into your Raspberry Pi you need to find the “octopi-network.txt“ file on the SD card from and computer of laptop.
To add in your WiFi details open the file using a text editor, make sure you use a program such as Notepad++, Atom or VSCode as they don’t tend to mangle the file without first warning you. Avoid editing the file with other programs such as WordPad (Windows) or TextEdit (Mac OSX) as they will enforce their encodings on the file making it fail to work.
Once you have the file open in the editor of your choosing
Find
## WPA/WPA2 secured
#iface wlan0-octopi inet manual
# wpa-ssid "put SSID here"
# wpa-psk "put password here"
Replace With
## WPA/WPA2 secured
iface wlan0-octopi inet manual
wpa-ssid "put SSID here"
wpa-psk "put password here"
That's it, now you can save your changes and insert the card into your pi.
Option 2:
You can insert the SD Card into your Raspberry Pi with a monitor, keyboard and a mouse and set you wifi up manually as seen here.
https://www.raspberrypi.org/documentation/configuration/wireless/wireless-cli.md
If you will be using a LAN connection, this will not be necessary.
Now you can connect to your printer by visiting http://octopi.local
Great plugins to look at:
Cura plugin for octopi: The plugin is distributed via the "Toolbox" in Cura 3.4, or "Marketplace" in Cura 3.6.
Octotouch https://plugins.octoprint.org/plugins/touchui/ (https://learn.adafruit.com/octoprint-open-source-host-software/touchui-plugin)
Octolapse (timelapse) https://plugins.octoprint.org/plugins/octolapse/
The plugin repository if you would like to see what else Octopi has to offer
https://plugins.octoprint.org/
This kit contains:
1 x Pi3 model B+
1 x 1.5m USB A Male to mini 5 pin male
1 x Hobbywing converter Pi power supply
1 x Official Raspberry Pi camera V2
1 x Cam ribbon 500mm
1 x Sandisk 16GB micro SD preloaded with Octoprint
Thermoplastic polyurethane (TPU) belongs to a class of polyurethane plastics having many important properties such as elasticity, transparency, and resistance to grease, oil, and abrasion. It is unique due to its extremely flexible nature. Technically speaking, TPUs are made up of thermoplastic elastomers.
TPU has different advantages such as resistance to abrasion, ability to perform at low temperature, elasticity, and mechanical properties along with rubber-like elasticity.
TPU printing filament is flexible in nature. It can bend easily without any effect on the design, strength and durability. A mild soap can be used for its cleaning.
Flexible TPU filaments can be stored in a cool airtight container. Container may also have a desiccant pack, so that filament remains bone dry. This container can also help in preventing the entry of dirt and dust particles, so that the filament could be used anytime for print. Although some type of TPUs are water-resistant, prolonged contact with water could result in degradation of the product.
For optimal results print flexible TPU filaments on direct extruders; however, it is possible to print on Bowden extruders as well. Flexible TPU filaments have the ability to adhere well to most surfaces such as glass, aluminum, Kapton tape, and blue painters tape. It is important to always print in a well ventilated room regardless of the filament type.
The DaVinci Lab flexible (TPU) filament has the following characteristics:
- Consistent color
- 0.8Kg net weight
- Print Temperature: 200 – 230°C
- Heat Bed temperature: 50 – 80°C
- Print Speed: 30 – 50mm/s
- Accurate diameter of 1.75mm +-0.05mm
- Vacuumed Sealed With Desiccant
DaVinci Lab’s PLA (Polylactic acid) is a biodegradable and bioactive thermoplastic aliphatic polyester derived from renewable resources.
- Davinci Lab PLA
- Print temp :- 190 - 220 degrees
- Heated Bed :- 50 - 60 degrees (optional)
- Speed range :- 50 - 80mm/s optimal
- Printability :- Easy
- Weight: - 1kg
DaVinci Lab’s PLA (Polylactic acid) is a biodegradable and bioactive thermoplastic aliphatic polyester derived from renewable resources.
- Davinci Lab PLA
- Print temp :- 190 - 220 degrees
- Heated Bed :- 50 - 60 degrees (optional)
- Speed range :- 50 - 80mm/s optimal
- Printability :- Easy
- Weight: - 1kg
DaVinci Lab’s PLA (Polylactic acid) is a biodegradable and bioactive thermoplastic aliphatic polyester derived from renewable resources.
- Davinci Lab PLA
- Print temp :- 190 - 220 degrees
- Heated Bed :- 50 - 60 degrees (optional)
- Speed range :- 50 - 80mm/s optimal
- Printability :- Easy
- Weight: - 1kg
DaVinci Lab’s PLA (Polylactic acid) is a biodegradable and bioactive thermoplastic aliphatic polyester derived from renewable resources.
- Davinci Lab PLA
- Print temp :- 190 - 220 degrees
- Heated Bed :- 50 - 60 degrees (optional)
- Speed range :- 50 - 80mm/s optimal
- Printability :- Easy
- Weight: - 1kg
DaVinci Lab’s PLA (Polylactic acid) is a biodegradable and bioactive thermoplastic aliphatic polyester derived from renewable resources.
- Davinci Lab PLA
- Print temp :- 190 - 220 degrees
- Heated Bed :- 50 - 60 degrees (optional)
- Speed range :- 50 - 80mm/s optimal
- Printability :- Easy
- Weight: - 1kg
DaVinci Lab’s PLA (Polylactic acid) is a biodegradable and bioactive thermoplastic aliphatic polyester derived from renewable resources.
- Davinci Lab PLA
- Print temp :- 190 - 220 degrees
- Heated Bed :- 50 - 60 degrees (optional)
- Speed range :- 50 - 80mm/s optimal
- Printability :- Easy
- Weight: - 1kg
DaVinci Lab’s PLA (Polylactic acid) is a biodegradable and bioactive thermoplastic aliphatic polyester derived from renewable resources.
- Davinci Lab PLA
- Print temp :- 190 - 220 degrees
- Heated Bed :- 50 - 60 degrees (optional)
- Speed range :- 50 - 80mm/s optimal
- Printability :- Easy
- Weight: - 1kg
DaVinci Lab’s PLA (Polylactic acid) is a biodegradable and bioactive thermoplastic aliphatic polyester derived from renewable resources.
- Davinci Lab PLA
- Print temp :- 190 - 220 degrees
- Heated Bed :- 50 - 60 degrees (optional)
- Speed range :- 50 - 80mm/s optimal
- Printability :- Easy
- Weight: - 1kg
DaVinci Lab’s ABS (Acrylonitrile butadiene styrene) is a super strong, hard wearing and low warping superior filament.
- Davinci Lab ABS
- Print temp :- 220 - 250 degrees
- Heated Bed ;- 80 - 90 degrees (optional)
- Speed range 60 - 85 mm/s
- Fan :- No
- Weight :-1kg
- Printability :- intermediate
DaVinci Lab’s ABS (Acrylonitrile butadiene styrene) is a super strong, hard wearing and low warping superior filament.
- Davinci Lab ABS
- Print temp :- 220 - 250 degrees
- Heated Bed ;- 80 - 90 degrees (optional)
- Speed range 60 - 85 mm/s
- Fan :- No
- Weight :-1kg
- Printability :- intermediate
DaVinci Lab’s ABS (Acrylonitrile butadiene styrene) is a super strong, hard wearing and low warping superior filament.
- Davinci Lab ABS
- Print temp :- 220 - 250 degrees
- Heated Bed ;- 80 - 90 degrees (optional)
- Speed range 60 - 85 mm/s
- Fan :- No
- Weight :-1kg
- Printability :- intermediate
DaVinci Lab’s ABS (Acrylonitrile butadiene styrene) is a super strong, hard wearing and low warping superior filament.
- Davinci Lab ABS
- Print temp :- 220 - 250 degrees
- Heated Bed ;- 80 - 90 degrees (optional)
- Speed range 60 - 85 mm/s
- Fan :- No
- Weight :-1kg
- Printability :- intermediate
DaVinci Lab’s ABS (Acrylonitrile butadiene styrene) is a super strong, hard wearing and low warping superior filament.
- Davinci Lab ABS
- Print temp :- 220 - 250 degrees
- Heated Bed ;- 80 - 90 degrees (optional)
- Speed range 60 - 85 mm/s
- Fan :- No
- Weight :-1kg
- Printability :- intermediate
DaVinci Lab’s ABS (Acrylonitrile butadiene styrene) is a super strong, hard wearing and low warping superior filament.
- Davinci Lab ABS
- Print temp :- 220 - 250 degrees
- Heated Bed ;- 80 - 90 degrees (optional)
- Speed range 60 - 85 mm/s
- Fan :- No
- Weight :-1kg
- Printability :- intermediate
DaVinci Lab’s ABS (Acrylonitrile butadiene styrene) is a super strong, hard wearing and low warping superior filament.
- Davinci Lab ABS
- Print temp :- 220 - 250 degrees
- Heated Bed ;- 80 - 90 degrees (optional)
- Speed range 60 - 85 mm/s
- Fan :- No
- Weight :-1kg
- Printability :- intermediate