3D Printers:Creality K1 Max: Difference between revisions

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(Created page with "[http://k1max.uas.run Web Interface] == 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 === Supported Filaments === *ABS *PLA *PETG *PET *TPU *PA *ABS *ASA *PC PLA-CF *PA-CF *PET-CF")
 
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[http://k1max.uas.run Web Interface]
== 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:
*[https://www.creality.com/pages/download-software Creality Slicer] (Cura Based)
*[https://www.prusa3d.com/en/page/prusaslicer_424/ Prusa 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 25: 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 ==
#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:

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

  1. Power on the machine using the switch located on the back left of the printer.
  2. Verify there are no obstructions in the printer
  3. Verify the build plate is in place
    1. If needed, clean the build plate with isopropyl alcohol
  4. Slice your model using one of the supported slicers
  5. Send the GCode to the printer using one of the options
    1. Option 1: Creality Slicer
      1. Make sure you have added the K1 Max to the list of devices using the IP Address
      2. Slice your model
      3. Select LAN Printing
      4. Name your gcode file to send (recommended to include name/handle) and click Confirm
      5. Select K1 Max from the Device list
    2. Option 2: Using webpage
      1. Save your gcode file (recommended to include name/handle)
      2. Open the printer webpage
      3. Scroll down to the file list and select Import
      4. Select your gcode file and upload
    3. Option 3: USB
      1. Save your gcode file (recommended to include name/handle)
      2. Copy gcode file to a thumb drive
      3. Insert drive in usb port at bottom left of the front of the printer
  6. Select model to print and start pritn

Changing filament

  1. Select the settings icon from the touch screen
  2. Select Extrude/Extract tab
  3. Tap Retract
    1. The printer will automatically heat up and retract the filament from the hot end
  4. Remove the filament from the PTFE tube
  5. Flip the silver filament lock switch on top of the hotend to the unlocked position
  6. Mount the new roll of filament to the spool holder
  7. Feed the filament through the PTFE tube
    1. 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
  8. Lock the silver switch on top of the hot end
  9. Set filament temperature on the touch screen
  10. Click Extrude
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