3D Printers:Creality K1 Max: Difference between revisions
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== Specs == | == Specs == | ||
Type: CoreXY | Type: CoreXY | ||
Extruder: Dual-gear Direct Drive | Extruder: Dual-gear Direct Drive | ||
Build Volume: 300x300x300mm | Build Volume: 300x300x300mm | ||
Bed Type: Magnetic Spring Steel | Bed Type: Magnetic Spring Steel | ||
Hot End: Micro Swiss FlowTech | Hot End: Micro Swiss FlowTech | ||
Nozzle Diameters: 4mm, 6mm | Nozzle Diameters: 4mm, 6mm | ||
Nozzle Type: Micro Swiss Brass Plated Wear Resistant | Nozzle Type: Micro Swiss Brass Plated Wear Resistant | ||
Filament Size: 1.75mm | Filament Size: 1.75mm | ||
Slicer software: | Slicer software: | ||
*Creality Slicer (Cura Based) | *[https://www.creality.com/pages/download-software Creality Slicer] (Cura Based) | ||
*Prusa Slicer (Needs profile) | *[https://www.prusa3d.com/en/page/prusaslicer_424/ Prusa Slicer] (Needs profile) | ||
*Orca Slicer (Needs profile) | *[https://github.com/SoftFever/OrcaSlicer Orca Slicer] (Needs profile) | ||
IP Address: 10.0.0.11 | |||
[http://k1max.uas.run Web Interface] | |||
=== Supported Filaments === | === Supported Filaments === | ||
Line 30: | Line 38: | ||
*PA-CF | *PA-CF | ||
*PET-CF | *PET-CF | ||
== Recommended Slicer Settings == | |||
=== Creality Slicer === | |||
*Quality -> Arc Configure Enable -> Disable | |||
*Experimental -> Exclude Objects -> Enabled | |||
== Getting Started == | == Getting Started == | ||
#Power on the machine using the switch located on the back left of the printer. | |||
#Verify there are no obstructions in the printer | |||
#Verify the build plate is in place | |||
##If needed, clean the build plate with isopropyl alcohol | |||
#Slice your model using one of the supported slicers | |||
#Send the GCode to the printer using one of the options | |||
##Option 1: Creality Slicer | |||
###Make sure you have added the K1 Max to the list of devices using the IP Address | |||
###Slice your model | |||
###Select LAN Printing | |||
###Name your gcode file to send (recommended to include name/handle) and click Confirm | |||
###Select K1 Max from the Device list | |||
##Option 2: Using [https://k1max.uas.run webpage] | |||
###Save your gcode file (recommended to include name/handle) | |||
###Open the printer [https://k1max.uas.run webpage] | |||
###Scroll down to the file list and select Import | |||
###Select your gcode file and upload | |||
##Option 3: USB | |||
###Save your gcode file (recommended to include name/handle) | |||
###Copy gcode file to a thumb drive | |||
###Insert drive in usb port at bottom left of the front of the printer | |||
#Select model to print and start pritn | |||
== Changing filament == | |||
#Select the settings icon from the touch screen | |||
#Select Extrude/Extract tab | |||
#Tap Retract | |||
##The printer will automatically heat up and retract the filament from the hot end | |||
#Remove the filament from the PTFE tube | |||
#Flip the silver filament lock switch on top of the hotend to the unlocked position | |||
#Mount the new roll of filament to the spool holder | |||
#Feed the filament through the PTFE tube | |||
##The filament may have some resistance as it reaches bends in the tube, make sure the filament has made it all the way into the hot end | |||
#Lock the silver switch on top of the hot end | |||
#Set filament temperature on the touch screen | |||
#Click Extrude |
Latest revision as of 13:39, 13 May 2024
Specs
Type: CoreXY
Extruder: Dual-gear Direct Drive
Build Volume: 300x300x300mm
Bed Type: Magnetic Spring Steel
Hot End: Micro Swiss FlowTech
Nozzle Diameters: 4mm, 6mm
Nozzle Type: Micro Swiss Brass Plated Wear Resistant
Filament Size: 1.75mm
Slicer software:
- Creality Slicer (Cura Based)
- Prusa Slicer (Needs profile)
- Orca Slicer (Needs profile)
IP Address: 10.0.0.11 Web Interface
Supported Filaments
- ABS
- PLA
- PETG
- PET
- TPU
- PA
- ABS
- ASA
- PC PLA-CF
- PA-CF
- PET-CF
Recommended Slicer Settings
Creality Slicer
- Quality -> Arc Configure Enable -> Disable
- Experimental -> Exclude Objects -> Enabled
Getting Started
- Power on the machine using the switch located on the back left of the printer.
- Verify there are no obstructions in the printer
- Verify the build plate is in place
- If needed, clean the build plate with isopropyl alcohol
- Slice your model using one of the supported slicers
- Send the GCode to the printer using one of the options
- Option 1: Creality Slicer
- Make sure you have added the K1 Max to the list of devices using the IP Address
- Slice your model
- Select LAN Printing
- Name your gcode file to send (recommended to include name/handle) and click Confirm
- Select K1 Max from the Device list
- Option 2: Using webpage
- Save your gcode file (recommended to include name/handle)
- Open the printer webpage
- Scroll down to the file list and select Import
- Select your gcode file and upload
- Option 3: USB
- Save your gcode file (recommended to include name/handle)
- Copy gcode file to a thumb drive
- Insert drive in usb port at bottom left of the front of the printer
- Option 1: Creality Slicer
- Select model to print and start pritn
Changing filament
- Select the settings icon from the touch screen
- Select Extrude/Extract tab
- Tap Retract
- The printer will automatically heat up and retract the filament from the hot end
- Remove the filament from the PTFE tube
- Flip the silver filament lock switch on top of the hotend to the unlocked position
- Mount the new roll of filament to the spool holder
- Feed the filament through the PTFE tube
- The filament may have some resistance as it reaches bends in the tube, make sure the filament has made it all the way into the hot end
- Lock the silver switch on top of the hot end
- Set filament temperature on the touch screen
- Click Extrude