5.3 Check the power input mode ............................................................................................ 13
5.4 Check the filament ............................................................................................................ 13
6 First print ...................................................................................................................................... 16
6.1 Level the print bed ............................................................................................................ 16
Email us for technical support: https://www.geeetech.com/contact_us.htm
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1 Attention
1.1Safety instructions
Please switch to the correct local voltage (110V-220V) before turning on the printer. Be sure
the switch is in the correct position or it will damage the power supply unit (PSU).
Be sure all wires are correctly connected before turning on the printer.
Don’t touch the extruder head or hot bed when printing as they generate high temperature
which may cause burn.
Don’t leave the printer unattended when printing.
1.2Factory test before delivery
In order to ensure the quality, each printer is tested in the factory before delivery. As a result,
there may be residue in the extruder head or on the hot bed, but it should not affect normal use.
We provide the spare nozzle in the accessory kit just in case.
The main frame consists of the following components: Gantry kit, bottom kit, LCD display kit,
PSU kit, Spool holder component, and its associated screws.
See picture (5-1)
(Picture 5-1)
The gantry and bottom frames are assembled from the bottom of the machine with 4
M5x45 screws and 4 spring washers M5. See picture (5-2).
(Picture 5-2)
Fix the PSU to the gantry frame with 2 M4x20 screws. See picture (5-3).
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(Picture5-3)
Fix the LCD to the correct holes on the right side of the base with 2 M5x10 screws. See
picture (5-4).
(Picture 5-4)
Assemble filament holder and attach to the top of the frame closing to the extruder
side, with 2pcs M3x6 screws and 2 T- nuts M3, as shown picture (5-5).
(Picture 5-5)
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5.2Wire connection
Insert the Teflon tube into the quick-insert connector. Details see picture (5-6).
(Picture 5-6)
Insert the LCD cable into LCD socket behind the LCD screen. See picture (5-7).
(Picture 5-7)
Connect two sets of power cables (note: can be connected arbitrarily without order)
See picture (5-8).
(Picture 5-8)
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Plug the extruder cables into the socket of the extruder head adapter plate, and the buckle
must be fastened. See picture (5-9)
(Picture 5-9)
Connect the motor wires of E0. See picture (5-10).
(Picture 5-10)
Then the extruder wire and the motor extruder wire are fixed into the small hole on the backside
of the lead screw with the Cable tie to avoid the wire harness touching the model during printing.
In addition, the position the harness fixed needs to reserve the length of the Z-axis at the
maximum height. See picture (5-11).
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(Picture 5-11)
Connect the X-axis motor and the X-axis limit switch wire. See picture (5-12).
(Picture 5-12)
Connect the Y-axis motor and the Y-axis limit switch wire. See picture (5-13).
(Picture 5-13)
Connect the Z-axis motor and the Z-axis limit switch wire. See picture (5-14).
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(Picture 5-14)
5.3Check the power input mode
The factory default voltage is 230V. You need to choose the correct voltage according to your
local standard requirement. See picture (5-15)
Note: Be sure the voltage is switched to the correct one.
(Picture 5-15)
5.4Check the filament
Put the filament on the spool holder. Please pay attention to the feeding direction of the filament.
As shown by the arrow in (5-16).
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(Picture 5-16)
Press down the lever handle of the extruder and insert the filament into the feeding tube until it
reaches the extruder head. Since the filament is bent, so you need to straighten the front of the
filament by hand and sharpen them with diagonal pliers or scissors to make it easier to insert it
into the head. See picture (5-17).
(Picture 5-17)
When print PLA, set the target nozzle temperature about 190-210℃. When the temp is stable,
control the extruder filament feeding on LCD screen (“Move axis”), feed until there is molten
material flowing from the nozzle.
Observe the nozzle, if there is no filament stuck and the filament is coming out smoothly, then
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stop filament feeding, clear the nozzle with tweezers. See picture (5-18).
(Picture 5-18)
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6First print
6.1 Level the print bed
The first layer is key to a successfully printed model. The factory default setting is a little high in
order to avoid scratching the hotbed with the nozzle, so users need to adjust the distance
between nozzle and hotbed again. After the first-time bed leveling, users don’t need to level the
bed again.
1) Rough leveling
Home the printer first (“Prepare”> “Auto home”), then it shows the option “Level corners” on
the LCD screen. Put a piece of A4 paper on the platform, click “Next corner”, the extruder head
moves counterclockwise from the bottom left corner to the four corners of the platform. See
picture (6-1).
(Picture 6-1)
When the extruder head moves to the left bottom, adjust the corresponding knob until the
distance between the nozzle and bed is about the thickness of a piece of paper (about
0.1-0.2mm). Slide the paper back and forth to see if you feel a slight resistance. If yes, it means
the leveling of this corner is finished and you can proceed to level the rest corners with the same
method. See picture (6-2).
(Picture 6-2)
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2) Accurate leveling
If you level the bed with A4 paper, the first layer maybe too high, too low or moderate.
a. Too high: the distance between the nozzle and bed is too far, which may cause the filament to
not stick or not stick well. See picture (6-3).
(Picture 6-3)
b. Too low: the distance between the nozzle and the bed is too close, which prevents the filament
from coming out and causes the extruder gear to click, and even worse, scratch the nozzle on the
bed. See picture (6-4).
(Picture6-4)
c. Moderate: Extrude the filament properly and evenly stick on the bed. See picture (6-5).
(Picture 6-5)
In the case of too low and too high, adjust the knobs under the platform till they are moderate. It
may take some trial and error to achieve the best result. An example of good first layer, see
picture (6-6).
(Picture 6-6)
Note:
If turn the knobs clockwise, the platform will rise, and vice versa.
Avoid the nozzle touching the bed; use a piece of A4 paper. Or it will scratch the bed.
Insert the TF card into the slot. See picture (6-7)
(Picture 6-7)
Press and rotate the knob to enter the main menu. Select the option of "Print from SD". See
picture (6-8).
(Picture 6-8)
Choose the files in the TF card. See picture (6-9).
(Picture 6-9)
The printer will heat automatically. See picture (6-10).
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(Picture 6-10)
When heating done, the printer will start printing until the print is complete. See picture (6-11,
6-12).
(Picture 6-11)
(Picture 6-12)
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7 Introduction to the LCD menu
7.1Tree diagram
7.2Main functions
LCD rotating knob:
Press the knob: Confirm or enter the next menu.
Rotate the knob: Roll the select options or change parameters.
LCD homepage, see picture (7-2)
1. Extruder temperature: Current temp/target temp
(Picture 7-1)
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2. Hot bed temperature: Current temp/target temp
3. Current X,Y,Z axis value
4. Feed rate: Current print feeding speed
5. Current print time
(Picture 7-2)
Note: Rotating the knob can change the printing feed rate during printing. We suggest users not
changing the feed rate too much or it will make the motors to skip caused by too fast speed
and affect the print quality.
Press the knob to enter the next menu (Picture 7-3):
Prepare: Prepare and test the printer before normal operation
Control: Printer temp and motion parameter setting
Print from SD: TF/SD card printing(No SD card is shown when the card is not
inserted)
About Printer: The printer info
(Picture 7-3)
The main functions of Prepare menu (Picture 7-4, 7-5):
Move axis: Move X/Y/Z axis and Extruder
Auto home: X/Y/Z axis homing
Disable steppers: Unlock motors
Preheat PLA: Manually pre-heat the hot bed and extruder before printing PLA.
Preheat ABS: Manually pre-heat the hot bed and extruder before printing ABS.
(Picture 7-4)
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(Picture 7-5)
The main functions of Control menu (Picture 7-6, 7-7):
Temperature: Change the temp of the hot bed and extruder in real time
during printing. Customize the temp of preheat PLA and preheat ABS.
Motion: Motion parameter setting in firmware. After modification, choose
“store memory” to save the change.
Filament: Open or close filament detector; set filament diameter.
Store settings: Save the parameters modified.
Load settings: If you need to restore to the original settings, please choose
After the driver is installed, check the “Device manager” and see if it is same as the picture below
(8-3). If so, it means the driver is successfully installed.
(Picture 8-3)
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8.2Install slicing software
Repetier-Host is the default slicing software here. Download address:
https://www.repetier.com/download-software/
Set printer parameters
When Repetier-Host is installed, turn on the printer and open the Repetier-Host. Repetier-Host
supports several languages. You can choose your native language from Config>Language (Picture
8-4 for details).
(Picture 8-4)
English interface for your reference (picture 8-5).
(Picture 8-5)
Using the Repetier-Host for the first time, printer parameters need to be configured before
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connecting. Click “Printer settings” on the top right corner, see picture (8-6).
(Picture 8-6)
It pops up the content as the picture below. Write down the relevant info accordingly.
(Red box is the key content)
a. Connection dialog (Picture 8-7):
(Picture 8-7)
b. Printer dialog (Picture 8-8):
Do not check "Return to the parking position after the end of the task interruption" to prevent
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the machine from damaging the model after the end of printing.
c. Extruder dialog (Picture 8-9):
(Picture 8-8)
d. Printer shape dialog (Picture 8-10):
(Picture 8-9)
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(Picture 8-10)
Now the printer parameters are set.
Note: If the operating system is Mac OS, Repetier Host baud rate is also set to 250,000.
Set slicing parameters
After setting the printer parameters, click “Connect” on the top left corner. The color of the icon
changed to green means the printer connects to the Repetier-Host successfully. Click it again to
disconnect. See picture (8-11).
(Picture 8-11)
After successfully connected, choose “Slicer> CuraEngine” and open the configuration menu. See
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picture (8-12).
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(Picture 8-12)
It pops up dialog as picture below (8-13):
(Picture 8-13)
Printer parameters are important to print quality. Customers need to run tests to find the best
parameters for their printers. Here we provide a configuration file for your reference (“Geeetech
A10 PLA high.rcp”). You can import it according to the steps as follows. The following is an
example of parameters for PLA (Picture 8-14):
Click “Print>Import”
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(Picture 8-14)
It pops up the dialog as below (Picture 8-15). Choose “Geeetech A10 PLA high.rcp” and open it.
(Picture 8-15)
Now, the configuration file is imported, click “Save”. See picture (8-16).
(Picture 8-16)
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Click “Filament>Import”, see picture (8-17).
(Picture 8-17)
It pops up dialog as below (Picture 8-18); choose “Geeetech A10 PLA high fi.rcf”.
(Picture 8-18)
Now, the configuration file is imported. Click “Save”. See picture (8-19).
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(Picture 8-19)
Choose “Geeetech A10 PLA high” as print configuration and “Geeetech A10 PLA high fi” as
printing material setting. Details see picture (8-20) below.
(Picture 8-20)
Now parameters setting are finished.
8.3 USB printing
You can start USB printing when the parameters setting are finished.
The model file format is .stl for 3D printer. You can download free models from websites such as
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thingiverse.com You can also design your own models.
Load the printing model
Open the Repetier-Host and click “load”. Choose a file and open it. See picture (8-21, 8-22).
(Picture 8-21)
(Picture 8-22)
When it is loaded, you can use the buttons as picture below (picture 8-23) to zoom in, zoom out
or rotate the model.
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(Picture 8-23)
Adjust the direction of the model so that the flat part of the model is touching the hot bed. See
picture below (8-24):
(Picture 8-24)
Note: If the model loaded is too big and beyond the printing platform, you need to zoom out
the model. You can perform a uniform scaling. See picture (8-25):
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(Picture 8-25)
Or zoom in/out them separately, see picture (8-26).
(Picture 8-26)
Model slicing
When the size and direction of the model are set, choose the imported slicing parameters, and
click “Slice with CuraEngine”. See picture (8-27).
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(Picture 8-27)
(Picture 8-28)
Waiting for a while after the slice is complete, you can find the model information such as
estimated print time, the amount of filament needed, etc. Click “Print” to start USB printing. The
printer will heat to the target temp and then start printing. Under high temperature, the filament
will flow out of the nozzle, which is normal. You can use tweezers to clean up the residual
material of the nozzle.
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8.4 TF card printing
(Picture 8-29)
When all parameters are set, click “Save for SD print”. It will pop up a dialog as picture below
(See picture 8-30) and then click the save button to generate a .Gcode file. Copy the Gcode file to
the TF card.
(Picture 8-30)
Insert the TF card into the TF card slot on the front side of the machine. Press the knob to enter
the main menu and choose “Print from SD”. See picture (8-31)
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(Picture 8-31)
Choose the corresponding Gcode file to start printing.
Note:
The printer can only read gcode file and the file name should be English letters, a space,
an underscore or their combination.
The Gcode file cannot be placed in any folder of the TF card, otherwise it cannot be read.
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9Function introduction
9.1 Power loss-resuming capability
In the normal printing process, such as accidental power outage, after the power is restarted, the
When it reaches the target temperature, the X and Y axes will auto home. The extruder will
extrude the residue in the nozzle. Use a tweezers to clean the nozzle before starting printing
again.
Note:
When power outage, move the nozzle away from the printing model in case the filament
oozes out on to the print.
Be sure to clean the residue in the nozzle before restarting the print or it would affect the
quality of the print.
9.2 Reset button
The reset button is below the knob. When the printer works abnormally, press the reset button
to reset the printer to avoid any damage. See picture (9-2).
(Picture 9-2)
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9.3Filament run-out sensor (Optional)
Before using this function, please check whether it is turned on or not. Choose
“Control”>”Filament”>“Runout sensors” and after entering the menu, make sure that "Runout
sensors" is "On". See pictures (9-3, 9-4).
(Picture 9-3) (Picture 9-4)
It will pop up the notification “Err: No Filament” when the filament is run out during
printing and the printer will stop. See picture (9-5).
Press the extruder handle, remove the remaining filament before loading the new filament.
When the filament is loaded, use a tweezers to clean the nozzle. Press the knob to enter the
main menu, and choose “Resume print” to re-start the printing. See picture (9-6).
(Picture 9-5) (Picture 9-6)
9.4 3D touch for auto bed leveling (Optional)
This printer supports auto bed leveling. Refer to the link below to know how to install the 3d
touch sensor.
https://www.youtube.com/watch?v=_RtsZDbR2po&t=66s
Visit our official forum
http://www.geeetech.com/forum/
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10 FAQ (Frequently Asked Questions)
10.1 Abnormal extrusion
The filament is tangled
The nozzle temp is too low to reach the melting temperature required.
There is carbonized residue inside the nozzle. Please replace it with the spare nozzle
Insufficient heat dissipation of radiator of the extruder head causes the filament in
the tube to melt in advance and the extrusion strength is insufficient. Please check
whether the cooling fan works normally.
The printing speed is so fast that the extruding speed can’t match it. Please reduce
the printing speed.
10.2The gear of the extruder skips and makes an abnormal
noise
The nozzle is clogged; please refer to 10.1 abnormal extrusions.
Check whether the friction force between the extruder gear and the filament is
enough. Please clean the residue.
Check whether the voltage of the driver of the extruder is normal, and try to
increase it by 0.1v until it works normally, max 1.2v.
10.3 First layer abnormal
Non-stick: a. the nozzle is too far from the hot bed. Please re-level the bed, try to
stick masking paper or glue stick on the surface of the hot bed.
Not extruding and the bed scratched: a. the nozzle is too close from the hot bed.
Please re-level the bed; b. check if the nozzle extrusion normal.
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10.4 Layer shift
The printing speed is too fast. Please slow it down.
The belt of X or Y axis is too lose. Please tighten it.
The X or Y axis synchronization wheel is not fixed firmly. Please adjust the eccentric
nuts.
The voltage of the driver of X/Y axis is too low.
10.5 Print stopped
USB printing: the signal is interfered. Please copy the model to TF card and print via TF card.
TF card printing: the gcode file in the TF card is abnormal, please slice again.
The quality of the TF card is poor. Please try another TF card.
The power supply voltage in the area is not stable; please print after the voltage is