3D Printer: Difference between revisions

From Hegemon Wiki
Jump to navigation Jump to search
 
(13 intermediate revisions by the same user not shown)
Line 2: Line 2:
SuperSlicer / PrusaSlicer
SuperSlicer / PrusaSlicer
Also tick 'Only custom Start G-Code'
Also tick 'Only custom Start G-Code'
START_PRINT BED_TEMP=[first_layer_bed_temperature] EXTRUDER_TEMP={first_layer_temperature[initial_extruder]}
START_PRINT BED_TEMP=[first_layer_bed_temperature] EXTRUDER_TEMP={first_layer_temperature[initial_extruder]} MATERIAL='{filament_type[initial_extruder]}'


Cura:
Cura:
START_PRINT BED_TEMP={material_bed_temperature_layer_0} EXTRUDER_TEMP={material_print_temperature_layer_0}
START_PRINT BED_TEMP={material_bed_temperature_layer_0} EXTRUDER_TEMP={material_print_temperature_layer_0} MATERIAL='{material_type}'
* Start/End GCODE
* Start/End GCODE
* Retraction distance = 0.5mm (TODO: Tower)
* Retraction distance = 0.5mm (TODO: Tower)
Line 28: Line 28:
!Filament
!Filament
!Nozzle
!Nozzle
!Temp
!Hotend Temp
!Bed Temp
⚫
!Notes
!Fan
!Retraction
!Retraction
⚫
!Notes
⚫
|-
|2023-04-04
|Temperature Tower #3
|3D Fillies Black ABS
⚫
|0.4mm CVT
|🧪'''270°C-230°C'''
|100°C
|'''%40'''
|0.4mm @ 12mm/s
|Not as nice overhangs as %50 but not much stringing and the print finished. Best temps are at 255°C and 265°C
⚫
|-
|2023-04-04
|Temperature Tower #2
|3D Fillies Black ABS
|0.4mm CVT
|🧪'''270°C-230°C'''
|100°C
|'''%30'''
|0.4mm @ 12mm/s
|No stringing but lots of overhang issues. 255°C is the only one that didn't have drooping on the bridges. Stayed on the bed.
⚫
|-
|2023-04-04
|Temperature Tower
|3D Fillies Black ABS
|0.4mm CVT
|🧪'''260°C-235°C'''
|'''100°C'''
|'''%50'''
|0.4mm @ 12mm/s
|Seemed fine across a lot of the temperature ranges. Some stringing at higher temps, worst at 260°C, less at 255°C but some most of the way up. Might be fan related? Or maybe retraction. Came of the bed near the top though... Could also be fan related if it was caused by warping catching the hotend. 250°C seemed best, but 245°C almost the same. Actually 260°C was probably even better if it wasn't for the stringing.
⚫
|-
|2023-03-31
|Regular Print (clip)
|3D Fillies ABS Black
|0.4mm CVT
|245°C
|🧪
⚫
|
|'''0.4mm @ 12mm/s'''
|90°C on the bed didn't give good layer adhesion although it seemed to be fine for the White ABS. Tried lower zoffsets without success (4 failed prints and reducing zoffsets). 110°C works fine at original offset for 6 prints (although I also moved the location of the print towards the front). Slight warping near bottom. 100°C seemed to work ok aswell (only 1 print).
|-
|-
|2023-03-14
|2023-03-14
Line 37: Line 79:
|0.4mm CVT
|0.4mm CVT
|245°C
|245°C
|90°C
⚫
|1mm @ 22mms seems best
|
|
|🧪
⚫
|1mm @ 22mm/s seems best (untested)
|-
|-
|2023-03-14
|2023-03-14
Line 44: Line 88:
|eSun ABS+ While
|eSun ABS+ While
|0.4mm CVT
|0.4mm CVT
|250°C-230°C
|🧪250°C-230°C
|90°C
⚫
|
|'''0.4mm, 5mms'''
|245°C seems best, least droop. Got slight warping near the top with 30% fan speed. Used Cura with stock speed settings.
|245°C seems best, least droop. Got slight warping near the top with 30% fan speed. Used Cura with stock speed settings.
|}
⚫
|0.4mm, 5mms

== Filament Settings ==
{| class="wikitable"
|+
!Type
!Brand
!Color
!Hotend
!Bed
!Retraction
!Notes
|-
|-
|ABS+
|eSun
|White
|245°C
|90°C
|0.4mm @ 12mm/s
|Seems brittle. Maybe try hotter temps with a higher fan?
|-
|ABS
|3D Fillies
|Black
|255°C
|100°C
|
|
|Try 95°C on the bed. Haven't tried calibrating retraction. Could try higher temps with higher fan?
⚫
|
⚫
|
⚫
|
⚫
|
⚫
|
⚫
|
|-
|-
|
|
Line 307: Line 373:


==Info==
==Info==
* [https://www.voronator.com/ Voronator]
* [https://ellis3dp.com/Print-Tuning-Guide/ Ellis' Print Tuning Guide] [https://github.com/AndrewEllis93/Print-Tuning-Guide AndrewEllis93 / Print-Tuning-Guide][https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/Ellis/Bed_Fans Bed Fan Mod]
* [https://ellis3dp.com/Print-Tuning-Guide/ Ellis' Print Tuning Guide] [https://github.com/AndrewEllis93/Print-Tuning-Guide AndrewEllis93 / Print-Tuning-Guide][https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/Ellis/Bed_Fans Bed Fan Mod]
* [https://hotend-flow-tester.netlify.app/ CNC Kitcken's flow rate tester]
* [https://hotend-flow-tester.netlify.app/ CNC Kitcken's flow rate tester]

Latest revision as of 10:39, 4 April 2023

Slicer Settings[edit | edit source]

SuperSlicer / PrusaSlicer
 Also tick 'Only custom Start G-Code'
 START_PRINT BED_TEMP=[first_layer_bed_temperature] EXTRUDER_TEMP={first_layer_temperature[initial_extruder]} MATERIAL='{filament_type[initial_extruder]}'

Cura:
 START_PRINT BED_TEMP={material_bed_temperature_layer_0} EXTRUDER_TEMP={material_print_temperature_layer_0} MATERIAL='{material_type}'
  • Start/End GCODE
  • Retraction distance = 0.5mm (TODO: Tower)
  • Retraction speed = 4mm/s (TODO: Tower)
  • SS: Print remaining times M73, Cura (needs post processing plugin)
  • SS: max volumetric feedrate about 12mm³
  • Filament: Print temp, turn on fan for ABS (because chamber).

Temp[edit | edit source]

Log[edit | edit source]

Date Type Filament Nozzle Hotend Temp Bed Temp Fan Retraction Notes
2023-04-04 Temperature Tower #3 3D Fillies Black ABS 0.4mm CVT 🧪270°C-230°C 100°C %40 0.4mm @ 12mm/s Not as nice overhangs as %50 but not much stringing and the print finished. Best temps are at 255°C and 265°C
2023-04-04 Temperature Tower #2 3D Fillies Black ABS 0.4mm CVT 🧪270°C-230°C 100°C %30 0.4mm @ 12mm/s No stringing but lots of overhang issues. 255°C is the only one that didn't have drooping on the bridges. Stayed on the bed.
2023-04-04 Temperature Tower 3D Fillies Black ABS 0.4mm CVT 🧪260°C-235°C 100°C %50 0.4mm @ 12mm/s Seemed fine across a lot of the temperature ranges. Some stringing at higher temps, worst at 260°C, less at 255°C but some most of the way up. Might be fan related? Or maybe retraction. Came of the bed near the top though... Could also be fan related if it was caused by warping catching the hotend. 250°C seemed best, but 245°C almost the same. Actually 260°C was probably even better if it wasn't for the stringing.
2023-03-31 Regular Print (clip) 3D Fillies ABS Black 0.4mm CVT 245°C 🧪 0.4mm @ 12mm/s 90°C on the bed didn't give good layer adhesion although it seemed to be fine for the White ABS. Tried lower zoffsets without success (4 failed prints and reducing zoffsets). 110°C works fine at original offset for 6 prints (although I also moved the location of the print towards the front). Slight warping near bottom. 100°C seemed to work ok aswell (only 1 print).
2023-03-14 Retraction Calibration eSun ABS+ While 0.4mm CVT 245°C 90°C 🧪 1mm @ 22mm/s seems best (untested)
2023-03-14 Temperature Tower eSun ABS+ While 0.4mm CVT 🧪250°C-230°C 90°C 0.4mm, 5mms 245°C seems best, least droop. Got slight warping near the top with 30% fan speed. Used Cura with stock speed settings.

Filament Settings[edit | edit source]

Type Brand Color Hotend Bed Retraction Notes
ABS+ eSun White 245°C 90°C 0.4mm @ 12mm/s Seems brittle. Maybe try hotter temps with a higher fan?
ABS 3D Fillies Black 255°C 100°C Try 95°C on the bed. Haven't tried calibrating retraction. Could try higher temps with higher fan?

Ender 6[edit | edit source]

Filament Calib[edit | edit source]

  • Retraction
  • Temperature
  • Flow
  • Input Shaping

TODO[edit | edit source]

  • More robust Z_ADJUST. Store variable in config, or find a way to get it live. if statement
  • Favourite Klipper Macro - Bed Mesh only on Print area
  • 3D Printer Hotend Olympics
  • SuperSlicer bed model/textures
  • Calibrate Z adjust
  • Maybe make Z adjust depend on temperate
  • Calibrate acceleration
  • Surface thermocouple K type high temperature resistance Probe (Need to crimp bannana plug for multimeter)
  • Crimp BIQU H2 Cables
    • Control cable
    • Thermister
    • Hotend cables.
  • Crimp new Sunon fan cables
  • Tighten heater block/nozzle at temperature
  • PID Auto Tune
  • Calibrate probe offset position in Klipper config.
  • Calibrate thermistor.
  • Check accelerometer pins.
  • Solder molex headers onto accelerometer (if fits).
  • Crimp accelerator cable (ethernet).
  • Do resonance canceling
  • Do input shaper
  • Redo bed leveling sensor cable so it terminates at the print head not down the chain.
  • Heatset inserts for BIQU H2 fan mount bracket
  • Set esteps/rotation for BIQU H2 (the defaults where good)
  • Set START_GCODE macro to put into slicers. (CURA: Make bed temp full when idle, don't lower platform all the way when done, don't purge line in dead space).
  • Add line to update display to slicers
  • Setup color changing macro (added but untested...)
  • Make proper camera mount
  • Add LEDs
  • Move Y Axis limit switch back
  • Tension belts

Notes[edit | edit source]

Print Times[edit | edit source]

  • 07:33:29 -> 17:45:11 Dactyl Right

BIQU H2[edit | edit source]

260deg abs, cold chamber

  • 1mm (2.4mm³) = ok
  • 2mm (4.8mm³) = ok
  • 3mm (7.2mm³) = 1mm short
  • 4.5mm(10.8) = 2mm short
  • 5mm (12mm³) = 2mm short
  • 5.5mm (13.2mm³)= 4.0mm short
  • 6mm (14.4mm³) = 7.4mm short (3.35mm short with heated chamber at about 27deg)
  • 7.5mm (18mm³) = 19mm short
  • 10mm (24mm³) = 34mm short

Accel/Speed tests[edit | edit source]

22:51:45  $ TEST_SPEED SPEED=400 ITERATIONS=50
22:51:45  // TEST_SPEED: starting 50 iterations at speed 400, accel 4000
22:52:00  // mcu: stepper_x:18050 stepper_y:18208 stepper_z:3175
// stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000
// kinematic: X:259.000000 Y:259.000000 Z:9.880000
// toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000
// gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000
// gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000
// gcode homing: X:0.000000 Y:0.000000 Z:0.000000
22:52:01  // max_velocity: 400.000000
// max_accel: 4000.000000
// max_accel_to_decel: 2000.000000
// square_corner_velocity: 5.000000
22:59:23  // max_velocity: 500.000000
// max_accel: 4000.000000
// max_accel_to_decel: 4000.000000
// square_corner_velocity: 5.000000
22:59:41  // mcu: stepper_x:18052 stepper_y:18210 stepper_z:3174
// stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000
// kinematic: X:259.000000 Y:259.000000 Z:9.880000
// toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000
// gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000
// gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000
// gcode homing: X:0.000000 Y:0.000000 Z:0.000000
​
23:02:48  // TEST_SPEED: starting 2 iterations at speed 500, accel 5000

23:03:00 // mcu: stepper_x:18049 stepper_y:18209 stepper_z:3173 // stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000 // kinematic: X:259.000000 Y:259.000000 Z:9.880000 // toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000 // gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000 // gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000 // gcode homing: X:0.000000 Y:0.000000 Z:0.000000 23:03:00 // max_velocity: 500.000000 // max_accel: 5000.000000 // max_accel_to_decel: 2500.000000 // square_corner_velocity: 5.000000 23:03:14 // max_velocity: 500.000000 // max_accel: 4000.000000 // max_accel_to_decel: 4000.000000 // square_corner_velocity: 5.000000 23:03:33 // mcu: stepper_x:18051 stepper_y:18209 stepper_z:3173 // stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000 // kinematic: X:259.000000 Y:259.000000 Z:9.880000 // toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000 // gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000 // gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000 // gcode homing: X:0.000000 Y:0.000000 Z:0.000000 

23:05:13  $ TEST_SPEED ACCEL=7500 ITERATIONS=2

23:05:13 // TEST_SPEED: starting 2 iterations at speed 500, accel 7500 23:05:25 // mcu: stepper_x:18050 stepper_y:18208 stepper_z:3172 // stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000 // kinematic: X:259.000000 Y:259.000000 Z:9.880000 // toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000 // gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000 // gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000 // gcode homing: X:0.000000 Y:0.000000 Z:0.000000 23:05:25 // max_velocity: 500.000000 // max_accel: 7500.000000 // max_accel_to_decel: 3750.000000 // square_corner_velocity: 5.000000 23:05:38 // max_velocity: 500.000000 // max_accel: 4000.000000 // max_accel_to_decel: 4000.000000 // square_corner_velocity: 5.000000 23:05:57 // mcu: stepper_x:18052 stepper_y:18208 stepper_z:3173 // stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000 // kinematic: X:259.000000 Y:259.000000 Z:9.880000 // toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000 // gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000 // gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000 // gcode homing: X:0.000000 Y:0.000000 Z:0.000000 

23:06:47  // TEST_SPEED: starting 2 iterations at speed 500, accel 10000

23:06:59 // mcu: stepper_x:18050 stepper_y:18208 stepper_z:3172 // stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000 // kinematic: X:259.000000 Y:259.000000 Z:9.880000 // toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000 // gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000 // gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000 // gcode homing: X:0.000000 Y:0.000000 Z:0.000000 23:06:59 // max_velocity: 500.000000 // max_accel: 10000.000000 // max_accel_to_decel: 5000.000000 // square_corner_velocity: 5.000000 23:07:12 // max_velocity: 500.000000 // max_accel: 4000.000000 // max_accel_to_decel: 4000.000000 // square_corner_velocity: 5.000000 23:07:30 // mcu: stepper_x:18052 stepper_y:18208 stepper_z:3171 // stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000 // kinematic: X:259.000000 Y:259.000000 Z:9.880000 // toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000 // gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000 // gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000 // gcode homing: X:0.000000 Y:0.000000 Z:0.000000 

23:09:04  $ TEST_SPEED ACCEL=15000 ITERATIONS=2 ❌

23:09:05 // TEST_SPEED: starting 2 iterations at speed 500, accel 15000 23:09:16 // mcu: stepper_x:18050 stepper_y:18208 stepper_z:3170 // stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000 // kinematic: X:259.000000 Y:259.000000 Z:9.880000 // toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000 // gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000 // gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000 // gcode homing: X:0.000000 Y:0.000000 Z:0.000000 23:09:17 // max_velocity: 500.000000 // max_accel: 15000.000000 // max_accel_to_decel: 7500.000000 // square_corner_velocity: 5.000000 23:09:29 // max_velocity: 500.000000 // max_accel: 4000.000000 // max_accel_to_decel: 4000.000000 // square_corner_velocity: 5.000000 23:09:46 // mcu: stepper_x:14667 stepper_y:4327 stepper_z:3115 // stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000 // kinematic: X:259.000000 Y:259.000000 Z:9.880000 // toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000 // gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000 // gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000 // gcode homing: X:0.000000 Y:0.000000 Z:0.000000 

23:13:19  $ TEST_SPEED ACCEL=12500 ITERATIONS=2 ❌

23:13:20 // TEST_SPEED: starting 2 iterations at speed 500, accel 12500 23:13:31 // mcu: stepper_x:14665 stepper_y:4327 stepper_z:3113 // stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000 // kinematic: X:259.000000 Y:259.000000 Z:9.880000 // toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000 // gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000 // gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000 // gcode homing: X:0.000000 Y:0.000000 Z:0.000000 23:13:32 // max_velocity: 500.000000 // max_accel: 12500.000000 // max_accel_to_decel: 6250.000000 // square_corner_velocity: 5.000000 23:13:44 // max_velocity: 500.000000 // max_accel: 4000.000000 // max_accel_to_decel: 4000.000000 // square_corner_velocity: 5.000000 23:14:02 // mcu: stepper_x:16330 stepper_y:-11546 stepper_z:3134 // stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000 // kinematic: X:259.000000 Y:259.000000 Z:9.880000 // toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000 // gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000 // gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000 // gcode homing: X:0.000000 Y:0.000000 Z:0.000000 

23:15:35  $ TEST_SPEED ACCEL=10000 ITERATIONS=50

23:15:35 // TEST_SPEED: starting 50 iterations at speed 500, accel 10000 23:15:51 // mcu: stepper_x:20641 stepper_y:-1 stepper_z:1945 // stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000 // kinematic: X:259.000000 Y:259.000000 Z:9.880000 // toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000 // gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000 // gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000 // gcode homing: X:0.000000 Y:0.000000 Z:0.000000 23:15:51 // max_velocity: 500.000000 // max_accel: 10000.000000 // max_accel_to_decel: 5000.000000 // square_corner_velocity: 5.000000 23:21:17 // max_velocity: 500.000000 // max_accel: 4000.000000 // max_accel_to_decel: 4000.000000 // square_corner_velocity: 5.000000 23:21:36 // mcu: stepper_x:20643 stepper_y:-1 stepper_z:1947 // stepper: stepper_x:518.000000 stepper_y:0.000000 stepper_z:9.880000 // kinematic: X:259.000000 Y:259.000000 Z:9.880000 // toolhead: X:259.000000 Y:259.000000 Z:9.879734 E:0.000000 // gcode: X:259.000000 Y:259.000000 Z:9.995984 E:0.000000 // gcode base: X:0.000000 Y:0.000000 Z:0.000000 E:0.000000 // gcode homing: X:0.000000 Y:0.000000 Z:0.000000

​ TEST_SPEED ACCEL=9000 SPEED=450 ITERATIONS=50 ✅ 

TEST_SPEED ACCEL=11000 SPEED=450 ITERATIONS=50 ✅
TEST_SPEED ACCEL=12500 SPEED=450 ITERATIONS=2 ❌
TEST_SPEED ACCEL=9000 SPEED=475 ITERATIONS=2 ✅
TEST_SPEED ACCEL=10000 SPEED=475 ITERATIONS=2 ✅
TEST_SPEED ACCEL=10000 SPEED=500 ITERATIONS=2 ❌
TEST_SPEED ACCEL=10000 SPEED=475 ITERATIONS=50 ✅

Info[edit | edit source]

  • "Something worth knowing. The ender 5 and 6 are capable of around 250 on the nozzle before having issues with melting the PTFE tube. I recommend doing the creality hotend washer mod with a slug of Capricorn tube. Just to be safe."
  • Fix Bed With some nuts + bi-metal heatbreak

Upgrades[edit | edit source]

BIQU H2 Extruder[edit | edit source]

Hot Ends[edit | edit source]

Fan Duct[edit | edit source]

EZABL Clone[edit | edit source]

Klicky Probe[edit | edit source]

https://3dpblog.com/klicky-probe-installation-voron/

BL Touch[edit | edit source]

I think it's a V2.0 and I very rarely have any problems with it, very occasionally the pin shoots in before it hits the bed. But with the reboot, the problem is immediately solved. In your case there is a problem with the voltage which I read before, that should be 5V instead of the supplied 3.3V. Because it doesn't get enough voltage, it can just stop.

It is also recommended to adjust the offset of the bltouch relative to the nozzle with M851. If you don't know how to do this, I can send you an eeprom file with the probe offset! Without the correct offset, the bltouch measures next to the nozzle and therefore does not print accurately in the Z axis."

Multimaterial[edit | edit source]

Umbilicle/toolhead[edit | edit source]

Air Filter[edit | edit source]

Drag Chains[edit | edit source]

Firmware[edit | edit source]

i am using the InsanityAutomation fork - https://github.com/InsanityAutomation/Marlin/tree/CrealityDwin_2.0
Firmware: https://github.com/InsanityAutomation/Marlin/blob/CrealityDwin_2.0/Hex Files/firmware_Ender6_DW7.4.bin.zip
Screen: https://github.com/InsanityAutomation/Marlin/blob/CrealityDwin_2.0/TM3D_DWINCombinedScreens_V4.7z?fbclid=IwAR3R4L7bIzfPqdELphql3nk3B62QuKqPur2xfojk3MZlhOky0OpWrP2amYM

Input Shaping[edit | edit source]

Put accelerometer on nozzle!

Nexus 10 - Pogo Pin Connector[edit | edit source]

Pixel 2 XL Battery Bypass[edit | edit source]

Settings[edit | edit source]

  • "TUNING TIPS:

- For PLA, set temp bed to 60-65º. With lower temp PLA doesn't stick well - Increase hot-end temp when increase speed: 210 is good for 100% speed, 220º for 200% and 230º for 300% " 

"Calibrate your E-steps! (Extruder steps). It's not that hard, just do it before you even print (I didn't). You can do the x-y-z calibration later if dimensional accuracy is important to you, but the extruder being out will make it hard to print well at all. You don't have to connect the printer to the computer and flash the firmware or anything- you can do it right from the menu on the controller. You measure the filament where it goes into the filament sensor, then go to Prepare-Move Axis- E-axis- and move it 100mm. Then you measure the difference, go into Control - Steps/MM menu, do some math, and adjust the E steps. I had to repeat the process 3 times as I got closer. Just remember to hit "save settings", which I think is in the Control menu. There are other web resources on it this so I'll spare the full explanation, but for a point of reference, the default setting on mine had it extruding 20% less than it should. That's huge! Also, make sure your temp is hot enough while doing this - more on that later."

FAN FIX[edit | edit source]

PETG[edit | edit source]

MultiColor[edit | edit source]

To Buy[edit | edit source]

Filament[edit | edit source]

To Buy

  • White ABS
  • Black PLA
  • White PETG
  • ASA
  • Dual Color (Red/Blue)
  • Rainbow
  • Glow in the Dark (maybe rainbow)
  • TPU/Flex
  • Wood
  • Nylon/PC?
Company PLA PLA+💲 PLA-Silk💲 PETG💲 ABS💲 ASA💲 HIPS💲 Flex PC Nylon Carbon Wood 🪵 Rainbow 🌈 Glow 🌟 Matte Notes
3D Fillies ❌ $26.90 $29.95 $34.95 $23.95 ❌ $24.95 $49.95 (TPU) ❌ $44.95 $65.95 (Nylon) $43.95 ❌ ❌ ❔ $8.95 Aus Post
Kobee ❌ $25.95 $28.95 $29.95 ❌ ❌ ❌ ❌ ❌ ❌ ❌ $38.95 $33.95 ❌ $28.95 Use code KOBEEPLA10 for %10 off (from Reddit). 'The PC spool weighs 214g'
Aurarum $32.95 $39.95 $39.95 $31.95-$39.95 $24.90 (Aurarum brand) $39.95 (black, grey, white, blue, red) $34.95 ❔ ❔ ❔ ❔ ❔ ❔ ❔ ❔ Huge selection
Kingdom3d ❌ $23.65 $29.90 $29.90 $24.90 (ABS+) ❌ ❌ $59.90/($54.90 elastic) $39.90 $32.90-$49.90 $69.90 $33 $37.90 $28.70 (ABS sold out), $30.89 (PLA) ❌ +$8.90 shipping per item 🙄
Cubic Technology $20.95 (Flashforge) $25.95 (eSun) $29.95 $29.95 $24.95 $49.95 (Sold Out) $24.95 (eSun) $49.95-$59.95 (TPU & TPE), $39.95 (clear, black, white) $46.95 $69.95 $28.95 (Sold out), $34.95 (Bamboo) $37.95 (sold out) $29.95, $49.95 (rainbow) $49.95 $8.95 shipping via auspost
Cocoon $42.99
Hobby King $25.45-$29.66 (a *few* roles of PLA+ at various prices, $28.58, $33.51) $40.59 $35.14 ($22.56 for transparent) $26.52-$37.47 ❌ ❌ $46.85 $38.27-$41.39 $39.83-$49.20 ❌ $35.77 ($17.96 for 500g) ❌ ❌ $15.60 (eSun) ❌ NOTE: Global vs AU warehouse (hundreds of $ shipping from global). Lots of variation in price but not much seems cheap. Sells smaller size spools at ok prices. Some less popular stuff on sale for decent prices.
3D Printing Solutions $29.95 ❌ $36.95 $36.95 $32.68-$35.95 $49.95 ❌ ❔ ❔ ❔ ❔ ❔ ❔ ❔ $29.95 (Polymaker)
3DPrinterGear $29.95 $25.95 $34.95 $32.95 $29.95 $49.95 ❌ (but have category) $49.95 $69.95 expensive $59.95 (PETG) $79.95 $37.95 ❌ $29.95 (ABS/0.5kg TPU) Dual color silk pla $36.95 (limited color)
Phaser FPV $25.95 $28.95 $29.95 (SunLu), $33.94 (eSun), and more $29.95,$33.95 $24.95 (eSun ABS+), $43.95 (Polymaker) $36.95 (SunLu), $49.95 (eSun) ❌ $59.95 ($44.95 for 0.8kg) $34.95-$35.95 $42.95-$53.95 $39.95 (PLA) $27.95-$36.95 $28.95-$36.95 (4 brands + glow) $29.95 (inc rainbow) $34.95-$39.95 Multiple brands
X3D $36.95 ❌ $44.95 $37.95 $39.95 $49.95 $39.95 ($49.00 for 0.8) $69.00 $29.00 $59.00 (PLA) $44.95-$49.00 $55.00 (inc metal) $44.95 ❌
CC DIY $23.60 $26.50 $28.00 $30.00 $20.00 ($25.00 ABS+ Sold Out) $40.00 $23.00 (sold out) $40.00 (TPU), ($20 for 0.5kg) $30.00 (Sold out) $32.00 $40.00 (PLA) $33.00 $32.00 $29.00 ❌
Creality $29.92 ($57.12 for 2) ❌ ❌ ❌ ❌ ❌ ❌ ❌ ❌ ❌ ❌ ❌ ❌ ❌ ❌ price changes from $46.25 when browsing :/
Progressive3d $24.95 (limited selection) ❌ ❌ $34.95 (black * natural only) $24.95 $49.95 ❌ ❌ ❌ ❌ ❌ ❌ ❌ ❌ ❌ Lists PC-ABS but category is empty.
Cocoon PLA PLA+💲 PLA-Silk💲 PETG💲 ABS💲 ASA💲 HIPS💲 Flex PC Nylon Carbon Wood Rainbow Glow Matte Notes
Bilby3d $24.00+ PLA+💲 PLA-Silk💲 PETG💲 ABS💲 ASA💲 HIPS💲 Flex PC Nylon Carbon Wood Rainbow Glow Matte Notes
Inkstation $26.90 PLA+💲 PLA-Silk💲 PETG💲 $26.90 ASA💲 HIPS💲 Flex PC Nylon Carbon Wood Rainbow Glow Matte Notes
3DPO $29.95 (Also Polymaker for $29.95 PLA+💲 PLA-Silk💲 PETG💲 ABS💲 ASA💲 HIPS💲 Flex PC Nylon Carbon Wood Rainbow Glow Matte Notes
Masterspool Dual Color, Matte, Rainbow, Glow, Wood, Marble, Glitter Filament
Monocure3D PLA PLA+💲 PLA-Silk💲 PETG💲 ABS💲 ASA💲 HIPS💲 Flex PC Nylon Carbon Wood Rainbow Glow Matte Notes
Go 3D $35.69 PLA+💲 PLA-Silk💲 PETG💲 ABS💲 ASA💲 HIPS💲 Flex PC Nylon Carbon Wood 🪵 Rainbow 🌈 Glow 🌟 Matte Notes
ebay ❔ ❔ ❔ ❔ $21 / $29.99 (ABS+ White), / $32 (colors (out of stock)) $41 ❔ ❔ ❔ ❔ ❔ ❔ ❔ ❔ ❔ ❔

Filament Properties[edit | edit source]

Material Hotend Bed Chamber Fan Heat Deflection Temperature Young's Modulus Tensile Strength Shore
PLA 210°C 60°C no Yes 49-52°C 4.107GPa 62.701MPa
PETG 230-250°C 70-80°C Low/None recommended 2950Mpa
HIPS 230-245 °C 100-115°C recommended 80-100°C
ASA 80-90°C N/A N/A N/A 2200Mpa
Siraya Tech Fast Navy Grey N/A N/A N/A N/A 68°C
Siraya Tech Blu N/A N/A N/A N/A 75°C 1500Mpa 44Mpa D 85 Elongation at Break 25%

To Print[edit | edit source]

  • Vat Lid
  • Ventolin Holder
  • Door Cup Holder
  • Belt Buckle
  • Holder for drill/flash light
  • Window box planter
  • Chair Wheels
  • Clamp/Vice
  • HDD PCI Mount
  • Soap Press
  • Shower Door Holder
  • Dimmer Switch Knob
  • Curtain Opener (see also the Window Opener), (buy examples
  • Whistle
  • Delta Puzzle
  • Resin Drip thing. Need to decide between screw in version, or the one that requires the printer to be partially dissembled.
  • Knob
  • Handle
  • Exhaust?
  • Nut measure thing?
  • Lego Bricks
  • Test Miniature(s)
  • Calibration Cube/Town
  • D100 dice, other cool dice
  • Keyboard (individual key PCBs with LEDs).

Models[edit | edit source]

3D Modeling Tutorials[edit | edit source]

Been looking at the official Blender tutorials and the donut tutorial.
What other particular tutorials did you follow that "clicked" with you when you were learning 3D sculpting

Not him but to me one of the basic things you should know about sculpting is blockout, here you have some tutorials and timelapses and you can use zbrush tutorials too
https://www.youtube.com/watch?v=x1zVLzWNbTw [Embed]
https://www.youtube.com/watch?v=A3jLuJlW6JM [Embed]
https://www.youtube.com/watch?v=sQTFLXoR2Ic [Embed]
https://www.youtube.com/watch?v=tWS3SQsQMJA [Embed]
https://www.youtube.com/watch?v=CYu_bz_0loM [Embed]

Mars 2[edit | edit source]

Info[edit | edit source]

  • Resin vat weighs 325ml/325g unloaded
Height ml Description
30.0mm 400mm To the brim
28.5mm 350mm Probably overflow
24.5mm 300mm
21.2mm 250mm Max official
15.9mm 200mm
12.8mm 150mm
09.4mm 100mm
05.7mm 050mm 
Yes use 1.25x your 0.050mm exposure.
Resin layer
0.100mm = test x 1.250
0.050mm = (test to find)
0.040mm = test x 0.925
0.030mm = test x 0.845
0.025mm = test x 0.8
0.020mm = test x 0.745

These are the ones for my 7500 series. Looks like the same fitting." amzn link

  • Superglue Accelerator: "Just mix 1/2 teaspoon of baking soda into 1/4 cup of purified water"
  • On down-scaling models: "Solidify modifier in Blender and then remesh, scale and export."

Siraya Tech Resin[edit | edit source]

Modeling[edit | edit source]

Convert Normal to Displacement[edit | edit source]

Threads[edit | edit source]

Sculpting[edit | edit source]

FEP Changing[edit | edit source]

  • Tuning FEP
  • "Tune the FEP to around 340 Hz."

Supplies[edit | edit source]

  • Trisodium Phosphate, "I have a new winner to clean my prints. Trisodium Phosphate (TSP) works better than everything I have used to date. I have been using Simple Green and Mr Clean in my cleaning process (Uncle Jessy's alternative cleaner video) but I have now found a hands down winner. 1/8 Tsp to 1 cup of warm water in my pre-rinse for 5min, same concentration for 5min in ultrasonic (30°C) for 5 min. rinse in clean water and dry. No residue.". $22 for 1kg on ebay.

Resin[edit | edit source]

Warhammer[edit | edit source]

Starter Sets[edit | edit source]

Box Army Number Units Description
Kill Team (2019) Space Marines 5 Primaris Space Marines Reivers each with the option to take a bolt carbine or heavy bolt pistol and combat knife, as well additional wargear in the form of grapnel launchers and/or grav-chutes
Kill Team (2019) T'au 10 T'au Empire Fire Warriors each armed with a pulse rifle or pulse carbine
Kill Team (2019) T'au 2 DS8 Tactical Support Turrets equipped with a choice of missile pod or smart missile system
Kill Team: Pariah Nexus Necrons 1 Necron Chronomancer
Kill Team: Pariah Nexus Space Marines 1* Primaris Captain 40mm Round Base.
Kill Team: Pariah Nexus Necrons 5 Flayed Ones These are new, maybe not released
Kill Team: Pariah Nexus Space Marines 5 Heavy Intercessors
Starter Box (Current) Necrons 1* Overlord 40mm Round
Starter Box (Current) Necrons 10 Necron Warriors 32mm Round Base, and a choice of heads and weapons.
Starter Box (Current) Necrons 3 Canoptek Scarab Swarms 40mm Round Base.
Starter Box (Current) Necrons 3 Skorpekh Destroyers 50mm Round Base
Starter Box (Current) Necrons 1 Canoptek Plasmacyte 28mm Round Base.
Starter Box (Current) Space Marines 1* Primaris Captain 40mm Round Base.
Starter Box (Current) Space Marines 5* Assault Intercessors 32mm Round Base.
Starter Box (Current) Space Marines 3* Outriders 90mm Oval Base
Indomitus Space Marines 1* Primaris Captain
Indomitus Space Marines 1 Primaris Lieutenant
Indomitus Space Marines 1 Primaris Chaplain
Indomitus Space Marines 1 Judiciar
Indomitus Space Marines 3 Bladeguard Veterans
Indomitus Space Marines 1 Bladeguard Ancient
Indomitus Space Marines 3 Eradicators
Indomitus Space Marines 10** Assault Intercessor Squad
Indomitus Space Marines 3* Outriders 90mm Oval Base
Indomitus Necrons 1* Overlord 40mm Round
Indomitus Necrons 1 Royal Warden
Indomitus Necrons 1 Plasmancer
Indomitus Necrons 2 Cryptothralls
Indomitus Necrons 1 Skorpekh Lord
Indomitus Necrons 3* Skorpekh Destroyers
Indomitus Necrons 1 Plasmacyte
Indomitus Necrons 1 Canoptek Reanimator
Indomitus Necrons 6** Canoptek Scarab Swarms
Indomitus Necrons 10* Necron Warriors

Warhammer AoS[edit | edit source]

Warcry catacombs starter

Airbrush[edit | edit source]

Oil Painting[edit | edit source]

Retrieved from "https://hegemon.crabdance.com/mediawiki/index.php?title=3D_Printer&oldid=6495"