1. Manuals
  2. Brands
  3. INFINITY3DP Manuals
  4. 3D Printers
  5. INFINITY X2
  6. User manual

INFINITY3DP INFINITY X2 User Manual

Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
-
User Manual
-

Advertisement

Table of Contents
loading

Related Manuals for INFINITY3DP INFINITY X2

Summary of Contents for INFINITY3DP INFINITY X2

  • Page 1 User Manual...
  • Page 2 CAUTION This manual describes the application operation of the precision electronic machine. Please read and understand the user manual carefully. Failure to read the manual may lead to personal injury, or damage to the INFINIT Y3DP X2. 1. Unpacking the X2 out of the cardboard box before doing the rest of actions. 2.

  • Page 3: Table Of Contents

    TABLEOF SPECIFICATIONS CONTENTS UNBOXING ACCESSORIES BUILD PLATE INSTALLATION/REMOVE HARDWARE INSTALLATION INTRODUCTION WELCOME SETUP PREPARATION BUILD PLATE LEVELING FILAMENT LOADING FILAMENT UNLOADING/REPLACEMENT START A PRINT FILAMENT RUN-OUT SENSOR OPERATION COMPLETE A PRINT CALIBRATION(DURING PRINTING) CALIBRATION(DURING PRINTING)_NOZZLE TEMPERATURE CALIBRATION(IDLE STATE)_NOZZLE TEMPERATURE CALIBRATION(DURING PRINTING)_BUILD PLATE TEMPERATURE CALIBRATION(IDLE STATE)_BUILD PLATE TEMPERATURE CALIBRATION(DURING PRINTING)_FAN SPEED CALIBRATION(IDLE STATE)_FAN SPEED...

  • Page 4: Specifications

    1.75 mm Supported Filament PLA/ABS/Nylon/Carbon-Nylon/PETG/PC/Flexible/ Glass Wool Filled PP/ASA/PPS/PEKK/PEEK+CF/PEEK+GF Flexible Material Printable (Shore 50A) Connectivity SD card Power Input 100-120 V; 50/60 Hz; 12A or 200-240 V; 50/60 Hz; 7.5A, 600W Slicer Cura Infinity3DP Edition Net Weight 35kg / 77 Ibs...
  • Page 5 UNBOXING Step 1: Pull out the tenons on the bottom of carton. Step 2: Unboxing the X2. Step 3: Pull out the X2 with side handles. Step 4: Accessories Kit would be put underneath the build platform of the X2.(See page 3 for details)

  • Page 6: Accessories

    ACCESSORIES Please review and check the included accessories packed as below: 1. SD card *1 <plug on 3D printer> 2. Glue Sticks *1 3. Filament Rack (Top Feeding)*1 4. Filament Holder (Side Feeding)*2 5. Power Cord (NEMA 5-15P to IEC C13 ) *1 (Option -110v or 220v) 6.

  • Page 7: Build Plate Installation/Remove

    BUILDPLATEINSTALLATION/REMOVE The actions are limited to the cool-down (room temperature) build platform. REMOVE Step 1:Pull the board clip toward front as to loosen the build plate and platform. Step 2:Pull slightly up the build plate and apart the clips behind.
  • Page 8 BUILDPLATEINSTALLATION/REMOVE The actions are limited to the cool-down (room temperature) build platform. INSTALLATION Step 1:Insert with build plate to the clean build platform and tighten with the clips behind. Step 2:Buckle the board clips on the sides.

  • Page 9: Hardware Installation

    HARDWAREINSTALLATION Step 1: Connect power cord to the side of X2. Step 2: Place filament on the rack (top) or holder (side). ※ Top feeding suggest for flexible materials; Side feeding suggest for others. ※ Make sure to put the rack with the filament as the direction of below picture.

  • Page 10: Welcome Setup

    WELCOMESETUP Step 1: Turn on the printer using the power switches on the side of X2. Step 2: The Actuator would move from side to side and back to home position. X, Y, Z axis would run to home position and ready to print.

  • Page 11: Build Plate Leveling

    ※ Please DO NOT randomly click the icons. ※ Rotate the knurled nut in clockwise would The reaction and operating procedure would be more complex, decrease the distance between the nozzle and the build plate. please contact INFINITY3DP for further instruction if necessary.

  • Page 12: Filament Loading

    FILAMENTLOADING Side Feeding Step 1: Insert and push the sharp-pointed tip of filament gently into the side feeding, until it reaches the end of the hotend module. Wait for heated nozzle for continue. (Side Feeding)
  • Page 13 FILAMENTLOADING Top Feeding (Suggest for flexible materials) Step 1: A –Pull the tube (long) out of the hotend module and fix it on side corner of the inner printer (as picture). Insert the tube (short) on the hotend module. B –Insert the sharped-pointed tip filament into the tube outside of X2. C –Grab it from inner side, insert and push gently into the tube on hotend module until reach the end.
  • Page 14 FILAMENTLOADING Nozzle Step 2: Select “Calibration” icon on the menu for setting the assigned temperature Curr.:215 Targ.:215°c of filament and wait for X2 to heat up the nozzle till the actual temperature reached as setting. Step 3: Press the clip on the hotend module till the Release Button up. Step 4: Push the filament gently until it comes out of the nozzle.

  • Page 15: Filament Unloading/Replacement

    FILAMENTUNLOADING/REPLACEMENT Nozzle Step 1: Heat up the nozzle until the filament melted with its target temperature. Curr.:215 Targ.:215°c Step 2: Press the clip on the hotend module till the Release Button up as to loosen the filament. Step 3: (A) Pull out the existed filament firstly. (B) Insert and push gently the sharp-pointed filament until it comes out of the nozzle.

  • Page 16: Start A Print

    STARTAPRINT Step 1: Insert SD card; select the“SD Card” icon. Step 2: Select one of the files (gcode) and confirm to print. ※ The default print files (gcode) on the SD card are ABS particular; Please loading ABS for your initial tested print. ※...

  • Page 17: Filament Run-Out Sensor

    FILAMENTRUN-OUTSENSOR The printing procedure would pause and alert a notice when sensor detected the condition of filament run-out. Step 1: Replace the filament. ※ see page 12. Step 2: Select the for completing the replacement. 3dp file 02.gcode Remind Nozzle : 215 °c H.

  • Page 18: Operation Complete A Print

    COMPLETEAPRINT When the print finished, wait for the build plate cooling down and back to home position; take the print and build plate out of X2 then grab the print from it. ※ Once take apart the print from “heating build plate”, there would be possible injure or print defect.

  • Page 19: Calibration(During Printing)

    CALIBRATION(DURINGPRINTING) During printing, select the “Menu” icon (in GREEN ) for switching the calibration item. 3dp file 02.gcode Click the once > Calibration of Nozzle Temperature Nozzle : 215 °c H. Bed: 102 °c Continue click the GREEN icon, it will show as followed: 00d00h-19m44s 1.Calibration of Build Plate Temperature 2.Calibration of Fan Speed...

  • Page 20: Calibration(During Printing)_Nozzle Temperature

    CALIBRATION(DURINGPRINTING)_NOZZLETEMPERATURE 3dp file 02.gcode NOZZLE Set the nozzle temperature with separate stages (as picture). Nozzle : 215 °c Curr.:215 H. Bed: 102 °c Targ.:215°c 1) The page icon-Nozzle Temperature 00d00h-19m44s 2) Stop the action (increasing/decreasing the temperature) 3) Reduce the nozzle temperature 4) Increase the nozzle temperature 5) The unit of parameter for reducing or increasing the nozzle temperature 6) The unit of parameter is selected.

  • Page 21: Calibration(Idle State)_Nozzle Temperature

    CALIBRATION(IDLESTATE)_NOZZLETEMPERATURE NOZZLE Set the nozzle temperature with separate stages (as picture). Curr.:215 Targ.:215°c 1) The page icon-Nozzle Temperature 2) Stop the action (increasing/decreasing the temperature) 3) Reduce the nozzle temperature 4) Increase the nozzle temperature 5) The unit of parameter for reducing or increasing the nozzle temperature 6) The unit of parameter is selected.

  • Page 22: Calibration(During Printing)_Build Plate Temperature

    CALIBRATION(DURINGPRINTING)_BUILDPLATETEMPERATURE 3dp file 02.gcode Set the build plate temperature with separate stages (as picture). Nozzle : 215 °c Curr.:90°c H. Bed: 90 °c Targ.:90°c 1) The page icon-Build Plate Temperature icon 00d00h-19m44s 2) Stop the action (increasing/decreasing the temperature) 3) Reduce the build plate temperature 4) Increase the build plate temperature 5) The unit of parameter for reducing or increasing the build plate temperature 6) The unit of parameter is selected.

  • Page 23: Calibration(Idle State)_Build Plate Temperature

    CALIBRATION(IDLESTATE)_BUILDPLATETEMPERATURE Set the build plate temperature with separate stages . Curr.:60°c Targ.:80°c 1) The page icon-Build Plate Temperature icon 2) Stop the action (increasing/decreasing the temperature) 3) Reduce the build plate temperature 4) Increase the build plate temperature 5) The unit of parameter for reducing or increasing the build plate temperature 6) The unit of parameter is selected.

  • Page 24: Calibration(During Printing)_Fan Speed

    CALIBRATION(DURINGPRINTING)_FANSPEED 3dp file 02.gcode Set the fan speed with separate stages (as picture). Nozzle : 215 °c Curr.: 35 H. Bed: 90 °c Targ.: 50% 1) The page icon-Fan Speed 00d00h-19m44s 2) Stop the action 3) Reduce the fan speed 4) Increase the fan speed 5) The unit of parameter for reducing or increasing the fan speed 6) The unit of parameter is selected.

  • Page 25: Calibration Calibration(Idle State)_Fan Speed

    CALIBRATION(IDLESTATE)_FANSPEED Set the fan speed with separate stages (as picture). Curr.: 35 Targ.: 50% 1) The page icon-Fan Speed 2) Stop the action 3) Reduce the fan speed 4) Increase the fan speed 5) The unit of parameter for reducing or increasing the fan speed 6) The unit of parameter is selected.

  • Page 26: Calibration(During Printing)_Print Speed

    CALIBRATION(DURINGPRINTING)_PRINTSPEED 3dp file 02.gcode SPEED Set the print speed with separate stages (as picture). Curr. : 100 % Nozzle : 215 °c Min. : 10 % H. Bed: 90 °c 1) The page icon- Print Speed Max.: 250 % 00d00h-19m44s 2) Stop the action 3) Decrease the print speed 4) Increase the print speed...

  • Page 27: Calibration(During Printing)_Dynamic Z Offset

    CALIBRATION(DURINGPRINTING)_DYNAMICZOFFSET Please do the adjustment after below conditions happened: 3dp file 02.gcode Z Adjust 1. The thickness of first layer is too thin, or rough surface. Curr. : 009.76 Nozzle : 215 °c Min. : 000.00 H. Bed: 90 °c 2.

  • Page 28: Calibration(Idle State)_Z-Axis Zero Position

    CALIBRATION(IDLESTATE)_Z-AXISZEROPOSITION Please do the “Z-Axis Zero Position” after below actions: 1. Change hotend module 2. Change build plate 3. Update firmware Step 1: Click >Click >Click > Calibration of Z-axis Zero (Home Position) Step 2: The build plate will automatically level to a designated height. Put a piece of standard paper (thickness of 100gsm) between the nozzle and build plate.

  • Page 29: Calibration(Idle State)_Movement Of Hotend Module (X, Y, Z, E)

    CALIBRATION (IDLESTATE) _MOVEMENTOFHOTENDMODULE(X,Y,Z,E) Step 1: > > > Select the axis as below listed X-Axis The selected X, Y, Z, E would meet the target setting. Curr. : 310.00 Max.: 310.00 Calibration of Extruder ※ Please ensure having the nozzle heat up before operating the calibration of Extruder.

  • Page 30: Calibration(Idle State)_Hotend Replacement

    CALIBRATION (IDLESTATE) _HOTENDREPLACEMENT Please ensure unloading the filament before operating the process. ※ See page 33 for details instructions. Step 1: Click >Click >Click > Nozzle Curr.:215 (If required unloading the filament, please click and see page 33 for instruction.) Targ.:215°c HEAT Step 2: Hotend module would move to designated position and stop >...
  • Page 31 CALIBRATION (IDLESTATE) _HOTENDREPLACEMENT Please ensure having the cool-down hotend and power off the X2 before operating the process. Step 3: Unplug the fan cable carefully and remove the fan module. Step 4: (A) Unplug the hotend cable carefully; (B) press the RED lever and (C) grab the hotend bottom slightly pull out.

  • Page 32: Maintenance_Belt

    MAINTENANCE_BELT Tuner Please ensure the power switch is in the “OFF” position. Step 1: Download tuning apps. (Key search “Tuner ”) Step 2: Slightly pulling the belt until reach the E major on tuning Apps as completed. Tuner...
  • Page 33 MAINTENANCE_BELT 《Failure to reach E major》 Step 3: Slowly move the Actuator to the center. (Please DO NOT quickly push the Actuator. This will lead to damages by causing reverse current.) SLOW...
  • Page 34 MAINTENANCE_BELT Step 4: Use the 2.5 mm hex wrench to loosen the screws on sides of the Actuator and adjust the belts. *Clockwise: Tighten the belt *Counterclockwise: Loosen the belt *A:Top-side screw of the Actuator: control the upper belt *B:Bottom-side Screw of the Actuator: control the bottom belt. Top-side screw Bottom-side screw...
  • Page 35 MAINTENANCE_BELT Step 5: Slowly move the Actuator back to side and repeat the steps above until it reaches E major. SLOW...

  • Page 36: Maintenance_Extruder

    MAINTENANCE_EXTRUDER FILAMENTUNLOADING Step 1: Heat up the nozzle until the filament is being melted. ※ Temperature set-up procedure, see page 17. Step 2: Press the clip on the hotend module till the Release Button up as to loosen the filament. Step 3: Insert gently with the existed filament (A), and pull it out (B);...
  • Page 37 MAINTENANCE_EXTRUDER Step 4: Clean the gears (in RED circle as picture) with steel brush, pin or utility knife as to pick out small filament particles.
  • Page 38 MAINTENANCE_TROUBLESHOOTING DAILY MAINTAIN Wipe the enclosure of X2 with dry towel. DO NOT clean the panel with alcohol. Remove dust or plastic particle on fan blades by tweezers. PRINT ISSUES 3D Printer Stringing 1. Reduce the print speed. 2. Increase the travel speed. 3.

Table of Contents