3D Platform 3DP1000 User manual

User Manual
www.3DPlatform.com

2| www.3DPlatform.com
Original Instructions 2015
About the 3DP1000
PRODUCT DESCRIPTION
The 3DP1000 is designed to comply with CE standards. The 3DP1000 3D printer is manufactured by 3D Platform, located
in Roscoe, Illinois USA. 3D printing, or additive manufacturing, is a process of making three-dimensional objects of a variety
of shapes and sizes from a digital model. 3D printing is achieved using an additive process, where successive layers of
material are heated and melted at the nozzle, extruded and laid down on the build platform—also known as Fused Filament
Fabrication (FFF). The printer is capable of using any material manufactured for FFF type 3D printing, provided the melt
temperature and print bed temperature requirements are within the specifications of the 3DP1000 outlined in this manual.
The 3DP1000 is capable of carrying out the additive manufacturing process under open source controls, via 3D model output in
the .gcode format. It can be operated using the USB computer interface or independently with the LCD control unit and SD card.
Robust SIMO®Series linear actuators
from PBC Linear®provide smooth
and accurate motion control
Z Axis—500 mm
LCD control
unit with
SD card slot
Printers purchased
after 12-4-15 have
emergency shut-offs
on the front and the
rear of the machine
USB connectivity
to computer
Safety guards
are placed in
multiple locations
A. Printers purchased prior to 12-4-15 have the temperature control
unit for the print bed located here.
B. Printers purchased after 12-4-15 operate the temperature of
the print bed through the LCD control unit or with 3D printing
software. Power on/off buttons are located here.
Y Axis—1000 mm
X Axis—1000 mm
Dual extruders with
filament sensors
A. NEMA 23
stepper
motors with
integrated
amplifier
and 800
microstepping
B. Upgrade
option to
step-servo
motors with
SurePrint™
Technology
1. Electrical panel
located inside finished
industrial cart.
2. Printer information
including serial
number located inside
the electrical panel.
Print bed with heated borosilicate glass
Industrial rolling casters
A
B

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Original Instructions 2015
Product Description . . . . . . .Inside Front Cover
Safety . . . . . . . . . . . . . . . . . . . . . 2
Safety Features . . . . . . . . . . . . . . . . . . .2
First Aid. . . . . . . . . . . . . . . . . . . . . . . 2
Safety Guidelines . . . . . . . . . . . . . . . . . .2
Symbols and Warning Labels . . . . . . . . . . . . 3
Intended Use . . . . . . . . . . . . . . . . . . . . 3
Technical Specifications . . . . . . . . . . . . .4
Source Code for Control System . . . . . . . . . . .4
Electrical Voltage and Plugs . . . . . . . . . . . . .4
Crate Contents . . . . . . . . . . . . . . . . .5
Unpacking the Printer . . . . . . . . . . . . . . . .5
Installation of Driver and Software . . . . . . . . 6
Initial Printer Setup . . . . . . . . . . . . . . . 7
Actuator Alignment . . . . . . . . . . . . . . . . .7
Powering Up . . . . . . . . . . . . . . . . . . . . 7
Sensor Verification. . . . . . . . . . . . . . . . . . 8
USB Connection . . . . . . . . . . . . . . . . . . . 8
Install Filament . . . . . . . . . . . . . . . . . . . 8
Heat Extruder . . . . . . . . . . . . . . . . . . . . 9
Heat Print Bed. . . . . . . . . . . . . . . . . . . . 9
Load Filament . . . . . . . . . . . . . . . . . . . . 9
Remove Z Stops . . . . . . . . . . . . . . . . . . .9
Work Environment . . . . . . . . . . . . . . 10
Work Configuration . . . . . . . . . . . . . . . . 10
Workstation Requirements . . . . . . . . . . . . . 10
Space Clearance . . . . . . . . . . . . . . . . . 10
Source Files (.stl and .obj) . . . . . . . . . . . 11
Typical Workflow . . . . . . . . . . . . . . . . . 11
Preparing Files for Use . . . . . . . . . . . . 12
Converting 3D model to .stl . . . . . . . . . . . . 12
Converting .stl to .gcode . . . . . . . . . . . . . . 12
Printing Materials . . . . . . . . . . . . . . . 13
Vendors and Manufacturers . . . . . . . . . . . . 13
Recommended Temperatures. . . . . . . . . . . . 13
Storage Recommendations. . . . . . . . . . . . . 13
Safety Considerations . . . . . . . . . . . . . . . 13
First Aid. . . . . . . . . . . . . . . . . . . . . . 13
Operating the 3DP1000 Printer . . . . . . . . 14
Leveling the Bed . . . . . . . . . . . . . . . . . . 14
Bed Temperature . . . . . . . . . . . . . . . . . 15
LCD Control Unit Operation . . . . . . . . . . . . 16
Loading and Changing Filament . . . . . . . . . . 17
Printing Via SD Card . . . . . . . . . . . . . . . 17
Printing Via USB Connection with Computer . . . . 17
Care and Maintenance . . . . . . . . . . . . 18
Preparing the Print Bed . . . . . . . . . . . . . . 18
Clearing the Hob . . . . . . . . . . . . . . . . . 18
Cleaning the Nozzle. . . . . . . . . . . . . . . . 19
Changing the Nozzle . . . . . . . . . . . . . . . 19
Wiring Diagram. . . . . . . . . . . . . . . . . . 20
Calibration and Test Prints . . . . . . . . . . . 21
Supplied Files and Suggested Print Settings . . . . . 21
Printing Tips . . . . . . . . . . . . . . . . . 22
Measuring Filament . . . . . . . . . . . . . . . . 22
The Importance of Temperature . . . . . . . . . . 22
Seasoning the Nozzle . . . . . . . . . . . . . . . 22
Z-Gap and Z-Offset . . . . . . . . . . . . . . . . 23
Importance of the First Layer . . . . . . . . . . . . 24
Orienting the Part for Success . . . . . . . . . . . 25
Other Support Documentation . . . . . . . . . . . 25
Replacement Parts . . . . . . . . . . . . . . 26
Troubleshooting—Frequently Asked Questions . 27
Warranty, Service, and Support . . . . . . . . 28
CE Declaration of Conformity . . Inside Back Cover
Table of Contents
MANUFACTURER
3D Platform
6402 East Rockton Road
Roscoe, IL 61073
779-771-9296
USER MANUAL SYMBOLS
Download a file
Link to product related video
Link to specific product information

2| www.3DPlatform.com
Original Instructions 2015
SAFETY FEATURES
The 3DP1000 is designed to comply with CE standards.
Standard printers, sold after 12/4/15 are equipped with
the following safety features:
FIRST AID
• All operators should have access to first aid
equipment and know how to use it.
SAFETY GUIDELINES & WARNINGS
The following safety guidelines, as well as the instructions
within this user manual, ensure the safety of the user
while operating and maintaining the 3DP1000 printer.
If the printer is not operated as specified, the operator's
safety may be compromised.
Installation
• Connect the printer to the safety-certified power
cord supplied with the machine. The electrical outlet
should be near the printer and easily accessible.
• Never connect the printer to an outlet that does not
have a ground wire. Disconnecting the ground wire
may result in electric shock.
Operation
• The 3DP1000 printer generates high temperatures
in the print nozzle and the print bed—do not touch
when hot. Allow the unit to cool before touching.
• Do not set objects on the heated print bed. Do not
lean or stand on the print bed. Doing so may cause
injury to the operator.
• Due to high temperature outputs and moving parts,
the location where the printer is operating should be
equipped with working smoke and flame detection.
• The 3DP1000 printer melts material during printing.
Some materials may require ventilation.
• Do not leave the 3DP1000 printer unattended while
in operation.
• The 3DP1000 includes linear actuators that move
in multiple directions at variant speeds. When in
motion, they may cause injury. Keep all items and
persons clear of the moving actuators, and avoid all
bumping or pinching of moving actuators.
• Do not place head or any other body part near the
print head or nozzle, as injury may occur if pinched
between the print bed and the nozzle.
• In case of emergency, unplug the unit from the
electrical outlet—or use the Emergency Stop.
Maintenance
• All maintenance shall be performed according to the
manufacturers guidelines and instructions. Failure to
follow the guidelines may cause injury.
• When maintaining equipment that is hot, wear
gloves to avoid injury.
Safety
1. Pinch point protection on
the Z axis
2. Pinch point protection
during homing routines
3. Y axis bumper protects
the user from contact
with the motor end of the
actuator during printing
4. Y axis bumper protects
the user from contact
with the idle end of the
actuator during printing
5. Wire covers prevent
accidental disconnection
of the motors
5. (2) Emergency
Stop buttons located on
the front and back
of the machine

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Original Instructions 2015
Each 3DP1000 3D printer is inspected and calibrated,
prior to shipment, to ensure proper functionality.
• This printer is intended for professional use by an
operator with the ability to read instructions, having
basic/low level knowledge of electronics, mechanics,
and computers in general.
• Intended for printing 3D objects with materials
manufactured for the FFF—fused filament
fabrication—type of 3D printing.
• To be operated with the appropriate size/diameter
filament as specified within this manual.
Safety and Warning Symbols
SAFETY AND WARNING SYMBOLS
Warning Symbol Meaning Location Comments
WARNING HOT SURFACE • Print nozzle
• Print bed A hot surface is located in the vicinity—do not touch.
CRUSHING OF HANDS
• X axis
• Y axis
• Z axis
When in motion, the 3DP1000's linear actuators that move in
multiple directions at variant speeds may be a pinch hazard
and cause injury.
AUTOMATIC START-UP • Front of the print bed The 3DP1000's linear actuators start and stop automatically
depending on the printing operation.
ELECTRICAL HAZARD • Electrical box
• Digital temperature
controller Use caution when working with electricity.
EMERGENCY STOP • Front corner of machine
• Back corner of machine
In case of emergency, use the Emergency Stop buttons on the
machine to turn off power.
On restart, the Emergency Stop must be disengaged—twist and
pull to disengage. Then, press the Reset button prior to restarting
the machine.
RESET • Front panel of electrical box The reset button is used prior to restarting the machine after an
Emergency Stop.
ON • Front panel of electrical box Turns the machine on.
OFF • Front panel of electrical box Turns the machine off.
• To be operated under normal operating conditions
as specified within this manual.
• Not intended to be used by children or persons not
familiar with the operating and safety instructions.
Use by unqualified persons may be dangerous to
the user and/or damaging to the printer. Printer
damage due to mis-use is not covered by the
warranty.
• Any modifications to the 3D printer are at your own
risk and will void the warranty. The manufacturer
cannot be held responsible for modifications made
by other persons.
INTENDED USE

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Original Instructions 2015
Technical Specifications
ELECTRICAL
Standard AC Input:
220-250VRMS Print Bed and Printer Control
15ARMS
60Hz or 50Hz
Sold with (1) NEMA L6-15 plug, see typical outlet
diagram below.
Printers sold prior to 12-4-15:
Single Extruder: 120VRMS Print Bed, 120VRMS Printer
Control, 15ARMS, 60Hz or 50Hz, sold with (2) NEMA
5-15 plugs,see typical outlet diagram below.
Dual Extruder: 220-250VRMS Print Bed, 120VRMS
Printer Control, 15ARMS, 60Hz or 50Hz, sold with (1)
NEMA L6-15 plug for print bed and (1) 5-15 plug for
printer control, see outlet diagrams below.
MECHANICAL
Build Platform: Borosilicate glass, 5 mm thick
XYZ Axes: Lead screw driven SIMO®Series linear
actuators from PBC Linear®. Screw max values: 640
RPM, 16000 mm/min, 267 mm/sec.
Stepper Motors: NEMA 23 stepper motors with
integrated amplifier and 800 micro-stepping (as set at
factory). M/S option up to 25000 available.
Upgrade to Motors with SurePrint™ Servo
Technology (Optional):
• 85% more motor torque equals faster prints
• Closed loop system improves print quality
• Sophisticated control similar to a car's traction
control and anti-lock brake system
Printer Type: FFF – Fused Filament Fabrication is a
form of additive manufacturing, commonly used for 3D
modeling, rapid prototyping, and production applications.
Build Area: 1 meter x 1 meter x 0.5 meter
(39.3" x 39.3" x 19.6")
Layer Resolution: Down to 70 microns (0.0027")
Note: Accuracy is dependent upon nozzle size, slice settings,
geometry, print speed, filament quality, and a range of other
factors. Under average conditions, it is typical to achieve layer
resolutions of 100 microns with a 0.4 mm nozzle and a well-
tuned and calibrated printer configuration.
Filament Diameter: 3 mm (actual diameter may vary)
For printers sold after 12-4-15, standard extruder model
will accept 3 mm or 1.75 mm filament.
Nozzle Diameter: Standard Nozzle: 0.6 mm
Other nozzle sizes available from manufacturer.
Note: See important safety guidelines located in the maintenance
section of this manual before changing nozzles.
Connectivity to Laptop: USB
PHYSICAL DIMENSIONS & WEIGHT
Overall Width: 1.422 meters (56")
Overall Depth: 1.676 meters (66")
Overall Height: 1.524 meters (60")
Approx. System Weight: 400 lbs.
Shipping Crate Dimensions:
1.524 m x 1.828 m (5 ft x 6 ft)
Approx. Shipping Weight: 1200 lbs.
(includes crate)
CONTROLS & FIRMWARE
Standard with the 3DP1000 printer:
• Taurino (AT mega 2560)
• RAMPS 1.4
• Pololu Extruder Stepper Drivers
• Consult factory for Marlin Firmware
source code and/or updates
TEMPERATURES
Maximum Nozzle Temperature: 290°C
Maximum Print Bed Temperature: 120°C
Outlet Diagrams
Image Credit: 'NEMA simplified pins' by Orion Lawlor - Own work. Licensed under CC
BY-SA 3.0 via Wikimedia Commons - http://commons.wikimedia.org/wiki/File:NEMA_
simplified_pins.svg#/media/File:NEMA_simplified_pins.svg
NEMA 5-15
NEMA L6-15

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Original Instructions 2015
1
Shipping Crate Contents & Unpacking
CRATE CONTENTS
• 3DP1000 Printer with LCD Screen
• Filament Guide and Spool Holder
• 3DP1000 User Manual
• 1 Spool of PLA Filament (single extruder model),
2 Spools of PLA Filament (dual extruder model)
• SD Card with Start-Up Configuration and
Calibration Files
UNPACKING THE PRINTER
• The 3DP1000 printer will arrive in an industrial strength wood crate. Please take a moment to review the unpacking
procedure to ensure the safety of the unpacker, as well as the printer.
• A phillips head screw driver is required for uncrating the printer.
Tools Required
• Phillips Head Screwdriver
• 3 mm Allen Wrench or Hex Key
1. Opening the Crate
The crate is equipped with a hinged front panel.
The panel should be safely opened from the top down,
with the hinged bottom – creating a ramp for the printer
to be easily wheeled out of the crate.
2. Release Supports
Use a phillips head screwdriver to unscrew and remove
the wood support at the front of the printer.
3. Roll out the printer
Use extreme caution. Roll the printer forward and out of
the crate. Avoid contact with actuators and motors on
either side of the printer. Avoid contact with wiring and
the padding on the shipping supports.
Use extreme caution when moving heavy machinery,
such as the 3DP1000 printer.
2
3

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Original Instructions 2015
Installation of Driver and Software
INSTALL DRIVER
Any Windows computer that will be connected to the printer via USB needs the driver installed prior to connecting. Launch
Taurino-DriverSetup.zip provided with the 3DP1000 printer (on the SD card) and follow the installation instructions. The
Taurino Driver can also be downloaded from the website at http://3dpunlimited.com/support/ or by clicking the link below.
Download Taurino-DriverSetup.zip
ALTERNATIVE OPEN SOURCE
Repetier Host is free, open source software used to
operate your 3D printer–with controls for temperature,
speed, flow, and movement. The program prepares
the objects that you want to print, allows you to
duplicate, rotate, scale, and arrange them on the
print bed. It also includes an interface with Slic3r
for easy object manipulation and quality control for
printing. When downloading Repetier Host, Slic3r is
downloaded automatically. Slic3r processes an .stl file
(stereolithography file format), cutting the model into
horizontal slices – called layers – generating tool paths
to fill them and calculating the amount of material that
will be extruded.
SIMPLIFY 3D Approximately $140 USD
Simplify 3D software contains everything you need to
begin making parts on your new 3D printer. Import and
manipulate geometry, repair models, generate G-Code
instructions, verify tool paths, manually control your
machine, and print parts all from the same program!
This is an easy-to-use and highly effective alternative to
other open source programs.
INSTALL SOFTWARE
The 3DP1000 printer from 3D Platform utilizes open source controls, allowing users to utilize the software with which they
are most comfortable. 3D Platform recommends the use of Simplify3D software. The links below provide easy access to this
software program, as well as the configuration files that can be imported for ease of setup. Visit the software's website for
installation and usage instructions.
www.simplify3d.com
3DP1000-Simplify3D-Configuration.zip

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Original Instructions 2015
BEFORE USING THE PRINTER
Safety First! This printer is intended for professional use by an operator with at least basic knowledge of electronics,
mechanics, and computers in general. Use by unqualified persons may be dangerous to the user and/or damaging to the
printer. Printer damage due to mis-use is not covered by the warranty. Follow all safety guidelines within this manual.
INITIAL ACTUATOR ALIGNMENT
Prior to powering up the machine, move the X axis to the
end of the build area, as shown. Gently push both sides
simultaneously so the actuators move smoothly until
they reach the end. This will eliminate any racking1or
misalignment that occurred during shipping.
POWERING UP
Plug in the power cord for the printer and bed heater.
Once the unit is plugged in, turn it on using the button
located on the control panel and the front of the
machine. Note: Machines sold prior to 12/4/15 have
two power cords and do not have power buttons on the
front of the machine.
The control panel is located inside of the enclosure
toward the front of the printer.
In case of emergency, press one of the Emergency Stop
buttons (located on the front and rear of the machine).
For machines sold prior to 12/4/15, press the Power Off
button located on the front of the electrical panel.
1Note: Racking of linear motion actuators can cause serious damage
or breakage to mechanical hardware and/or bracketry on the
3DP1000 printer. Follow the Initial Actuator Alignment process
to reduce the risk of racking.
Initial alignment of the actuators must
be completed prior to powering up!
Example of Racking – To Be Avoided
Standard Machine
Machines sold prior to 12-4-15
Power Located Inside Cart
Initial Setup
Link to electrical wiring diagram

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Original Instructions 2015
Initial Setup
CONNECT THE USB
Locate the USB cord on the front of the printer. Plug the
USB cord into your computer.
Note: It is recommended to install the driver and 3D printing
software PRIOR to connecting the printer to your computer.
Launch your 3D printing software and connect to the
3DP1000. You may need to 'Refresh Ports' in order for
your computer to initially find the printer.
INSTALL FILAMENT SPOOL
The filament spool holder is located on
the back side of the printer. Remove the
pin on the left side of the filament spool
holder to release the rod.
Slide the filament roll onto the rod.
Secure the filament by returning the rod
to the original position and re-inserting
the pin.
SENSOR VERIFICATION
The 3DP1000 printer has three position sensors–one for
the X axis, one for the Y axis, and one for the Z axis.
These sensors prevent the extruder and/or the actuators
from traveling beyond the designated print area–which
can cause serious damage or breakage to the extruder,
glass, and/or the mechanical hardware on the printer.
Important: Each 3DP1000 is tested and calibrated
prior to shipping, but it is important to verify the
functionality of the sensors in case of damage or
movement during the shipping process.
• Hold a piece of metal–such as a coin–under
each sensor location. The red light indicates the
sensor is operational.
• Contact 3D Platform if sensors are non-operational.
Do not attempt to operate printer.
Visit www.3DPlatform.com

www.3DPlatform.com | 9
Original Instructions 2015 Initial Setup
HEAT THE EXTRUDER
Preheat the extruder using your software and computer
interface, or by using the LCD control unit.
1. Press the button on the LCD Screen,
select Prepare, select Preheat PLA.
See detailed instructions for the LCD control unit
on page 16.
HEAT THE PRINT BED
Set the print bed heat to 70° C.
This is your initial bed temperature.
Additional heat may be necessary
depending on what print material
is used. Refer to the Recommended
Temperatures table on page 13.
A. Printers purchased prior to 12-4-15 have the
temperature control unit for the print bed located
on the front of the machine. The print bed control
operates independently.
B. Printers purchased after 12-4-15 operate the
temperature of the print bed through the LCD control
unit or with 3D printing software.
Note: Turning the bed heat on in the setup process will allow time to
reach optimal temperature.
°C
LOAD FILAMENT
Feed the filament through the filament guide loop.
Press and hold the bolt on the extruder to release
the hob while pressing firmly to insert the filament.
Hold the filament firmly and exert pressure until it begins
to extrude from the bottom of the nozzle. Make sure the
extruder is heated prior to loading filament.
REMOVE Z-STOPS
Z-Stops are used for holding the Z axis position during
shipping. Remove the (two) Z-Stops prior to homing.
Raise the Z axis slightly to remove the Z-Stops.
1. Press the button on the LCD Screen, select Prepare,
select Move Axis, select Move 1 mm, select Z Axis,
turn knob right to move Z axis up.
2. Raise the Z axis using your computer/software.

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Original Instructions 2015
Work Environment
WORK CONFIGURATION
The 3DP1000 is capable of carrying out the additive
manufacturing process under open source controls,
via 3D model output in the .gcode format. The printer
can be operated using the USB computer interface or
independently with the LCD control unit with SD card slot.
The heated print bed is controlled independently.
Files can be processed on any workstation and .gcode
delivered to the printer via SD card.
Extreme heat, humidity, blowing vents, and/or fans can
adversely affect the print quality of the 3DP1000. The
printer should be located in a controlled temperature
environment with an ambient operating temperature in
the range of 15° - 32°C (60° - 90°F).
SPACE CLEARANCE
The diagram illustrates the necessary clearance
surrounding the 3DP1000 workstation.
WORKSTATION REQUIREMENTS
The 3DP1000 utilizes open source controls. Computer/
workstation requirements are dependent on the software
choice of the operator.

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Original Instructions 2015
Slice the file, saving
the file as .gcode.
Send the .gcode
to the printer via
computer USB or
SD card.
Monitor the printer.
Printed
Part
45
6
SOURCE FILES
The 3DP1000 printer produces three dimensional objects
using the FFF—Fused Filament Fabrication—type of
3D printing. The file type that the 3DP1000
printer requires is .gcode—which is created from
3D model.
Source Files & Typical Workflow
Create or download
a 3D model.
Save/export
the file in .stl
or .obj format.
Load the file
into the 3D
printing software of
your choice.
Determine object
parameters: size,
quantity, resolution,
infill, wall thickness,
supports, etc.
1 2
3
G-code is a numerical control
programming language which defines
instructions on where to move, how fast to
move, and through what path to move.
3D models can be custom designed in CAD programs
such as SolidWorks, Auto CAD, or Google SketchUp.
CAD models are output in either .stl or .obj file format.
The .stl or .obj file is loaded into 3D printing software—
see page 6 for recommended software—where 3D
print parameters are applied. Once print parameters
are applied and the file is processed—commonly called
slicing—the file is output as a .gcode for the printer.
Models designed for 3D printing can be found online at
sites such as: GrabCAD, 3D Marvels, 3D Via, Google
3D Warehouse, Turbosquid, and Thingiverse.
TYPICAL WORK FLOW

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Original Instructions 2015
Preparing Files for Use
Before a 3D model can be printed on the 3DP1000
printer, two things must be done.
1. The CAD model must be converted to either an .stl
or .obj file, and;
2. The resulting .stl or .obj file must be processed and
sliced in 3D printing software and output as .gcode.
CONVERTING 3D MODELS
TO .STL OR .OBJ FORMAT
This procedure is based upon the use of Solidworks, and
may vary depending on the CAD software used, but
generally, these guidelines apply.
1. From the File menu, select Save As or Export
2. Enter a file name
3. Under the File Type menu, select .stl or .obj
4. Select Options, set Resolution to Fine
5. Save
CONVERTING .STL OR .OBJ FORMAT
TO .GCODE
This procedure is intended to provide a general process
flow. Other process settings may be needed.
1. Load or Import the .stl or .obj file into your 3D
printing software.
Note: You can load multiple files into the 3D printing software in
order to print multiple objects in one print.
2. Arrange the object(s) on the print bed and orient
appropriately for FFF 3D printing—see Orienting
the Part for Success on page 25 in the Printing Tips
section of this manual.
3. Apply process (slice settings), including:
• Layer height
• Number of outside perimeters (vertical shells)
• Number of solid top and bottom layers
• Percentage of infill
• Temperature
• Speed
4. Select Prepare or Slice
5. Use the Preview by Layer function to visually inspect
the object prior to printing.
6. Save, selecting File Type .gcode
Output .stl or
.obj from CAD
modelling
software.
Import resulting
.stl or .obj into 3D
printing software
of your choice.
Apply process
parameters
and slice
the file,
saving as
.gcode.
Print, using the
.gcode via the
LCD Controller
and SD Card,
or your computer.
Link to video: 1-2-3D Printing

www.3DPlatform.com | 13
Original Instructions 2015
3D PRINTING MATERIALS
The 3DP1000 printer uses 'open source’ materials—
meaning there are many different materials and
manufacturers that can be used. Here are a few
guidelines when choosing filament:
• The material must be 3 mm diameter—this is the
filament diameter that works with 3D Platform's
standard 0.6 mm nozzle, as well as other optional
nozzle sizes 0.4 mm, 0.8 mm, and 1.2 mm.
• The material must have a melt point of under
290º C—this is the high end temperature of the
extruder and nozzle.
• The material's recommended bed temperature must
be under 120º C—this is the high end temperature of
the print bed.
RECOMMENDED TEMPERATURES
VENDORS & MANUFACTURERS
Material vendors that we have used include:
• http://ultimachine.com/
• http://www.matterhackers.com/
• http://colorfabb.com/
Online reference links:
• http://filaments.ca/pages/temperature-guide—this is
a guide to temperatures for various materials such
as PLA, ABS, NinjaFlex, Nylons, HIPS, PVA, and
many more. Simply click on the link for the material
you are interested in and you will see information
such as temperature requirements and speed
recommendations for that material.
• http://www.matterhackers.com/3d-printer-filament—
this is a detailed comparison of FFF filaments types.
STORAGE RECOMMENDATIONS
Store filament in a cool place. Keep temperatures below
122° F (50° C). Keep material in sealed container or
bag with moisture-absorbing desiccant.
SAFETY CONSIDERATIONS
Avoid contact with skin and eyes. Avoid dust formation.
Users should be protected from the possibility of contact
with molten material during the printing process. Use
personal protective equipment when working with heated
materials and surfaces.
FIRST AID
Eye contact: Rinse with water, also under the eyelids,
for at least 15 minutes. Call a physician immediately.
Skin contact: Rinse with water for at least 15 minutes.
If skin irritation persists, call a physician. Cool skin
rapidly with cold water after contact with hot polymer.
Inhalation: Move to fresh air. Call a physician.
Ingestion: Drink water as a precaution. Never give
anything by mouth to an unconscious person. Do not
induce vomiting without medical advice. Call a physician.
Notes to physician: Treat symptomatically.
3D Printing Materials
Material
Recommended
Extruder Temp Bed Temp
PLA 195-210°C 70°C
ABS 240-250°C 115°C
Ninja Flex 220-230°C 40-50°C
Nylon 230-265°C 115°C
PC +250°C 125-130°C
HIPS 230°C 80°C
PVA 200°C 85°C
Note: The temperatures shown above are intended to provide a
starting point when initially using different materials. Fine
tuning and temperature adjustments should be expected.
Also, see filament manufacturer recommended temperatures.
Link to Video: What Materials Can Print on a 3DP1000

14 | www.3DPlatform.com
Original Instructions 2015
Operating the 3DP1000
Tools Required
• Metric Allen Wrench
or Hex Key Set
Socket Head Screw
for raising and lowering
the print bed.
Button Head Screw
for locking the print bed
into a set position.
Link to Article: The Importance of
a Level Print Bed on a 3D Printer
LEVELING THE PRINT BED
Why is Leveling Important? A level print bed is critical to
overall print quality–especially for consistent first-layer adhesion.
• If one section of the print bed is lower than another,
the first layer might not adhere properly.
• If one section of the print bed is higher than another,
the glass might block the filament from flowing freely
from the nozzle. This may cause damage to the glass
and/or the extruder.
How to Level the Print bed
1. Use the recommended print settings found on page 21 and the
provided file to process, slice, export gcode, and
print the provided file: Bed-level-test.stl.
Monitor the print. As the filament is printed,
raise or lower each section of the print bed
where the filament bead is not consistent,
until a consistent bead is produced.
2. There are eight (8) locations for leveling the
bed, each with a Socket Head Screw for
raising and lowing the print bed,
and a Button Head Screw for locking
the position.
a. Loosen the Button Head Screw
(but do not remove).
b. Turn the Socket Head Screw clockwise
to raise the print bed, counter-clockwise
to lower the bed.
c. Tighten the Button Head Screw to lock
the leveled position of the bed.
Download Bed-level-test.stl
Link to Video: How to Level the Build Area

www.3DPlatform.com | 15
Original Instructions 2015
Download BedTempControl-ed330.pdf
Operating the 3DP1000
HEAT THE PRINT BED
The print bed on the 3DP1000 printer is heated to
provide better adhesion of your printed parts. Each
material you use will likely require a different bed
temperature.
• For easy removal of large or small parts, simply turn
your bed temperature down to 20° C. You will hear
the plastic loosening and the part will pop off the
print bed.
• Printers purchased prior to 12-4-15 have the
temperature control unit for the print bed located
on the front of the machine. The print bed control
operates independently.
• Printers purchased after 12-4-15 operate the
temperature of the print bed through the LCD control
unit or with 3D printing software.
Visit www.3DPlatform.com/support for detailed
specifications and user instructions for the bed heater
control panel.
See the Recommended Temperature table on page 13.
°C
Link to bed heater control panel user
instructions
Machines sold after 12-4-15 utilize the software and/or
the LCD Control Unit to heat the print bed.

16 | www.3DPlatform.com
Original Instructions 2015
Operating the 3DP1000
LCD CONTROL UNIT OPERATION
The 3DP1000 can be operated independently using the
LCD Control Unit, located on the front of the machine.
There are three main functions of the LCD Control Unit:
1. Prepare the printer for printing
2. Manual control—both prior-to and during printing
3. Starting a print from the SD card
Use the button/knob combination to select and scroll
through the screen options.
Info Screen Displays printer information
Prepare Opens Prepare menu
Main Returns to Main menu
Disable steppers Disable steppers until next move
Auto home Homes the machine to x0, y0, z0
Set home offsets
Selecting this while in any position, other
than the origin, will make the machine
consider the true origin to be that point in
space. Exception: z will remain 0 and will
instead baby-step the z offset
Preheat PLA Preheats the extruder for PLA
Preheat ABS Preheats the extruder for ABS
Cooldown Turns off the extruder
Switch power off/on Powers off/on
Move Axis Opens Move Axis menu
Move 10 mm Opens Move Axis 10 mm menu
Move Axis Returns to Move Axis
Move x Moves x axis in increments of 10 mm
Move y Moves y axis in increments of 10 mm
Move z Moves z axis in increments of 10 mm
Move extruder (2) Moves extruder in increments of 10 mm
Move 1 mm Opens Move Axis 1 mm menu
Move Axis Returns to Move Axis
Move x Moves x axis in increments of 1 mm
Move y Moves y axis in increments of 1 mm
Move z Moves z axis in increments of 1 mm
Move extruder (2) Moves extruder in increments of 1 mm
Move 0.1 mm Opens Move Axis 0.1 mm menu
Move Axis Returns to Move Axis
Move x Moves x axis in increments of 0.1 mm
Move y Moves y axis in increments of 0.1 mm
Move z Moves z axis in increments of 0.1 mm
Move extruder (2) Moves extruder in increments of 0.1 mm
Note: When printing, the Prepare menu is replaced with the
Tune menu below.
Tune
Main Returns to Main Menu
Speed: Speed of print—expressed in percentage
Nozzle: Temperaure of nozzle in °C
Fan Speed: Speed of fan range from 0-255
Flow: Sets extruder factor/multiplier for all
extruders—expressed in percentage
Flow 0/1: Sets extruder factor/multiplier for a
specified extruder—
expressed in percentage
Layer: Calculated current layer that the print is on
Babystep X CW+: Jogs machine on the x axis .005 mm
per encoder click
Babystep Y CW+: Jogs machine on the y axis .005 mm
per encoder click
Babystep Z CW+: Jogs machine on the z axis .005 mm
per encoder click
Change Filament Pauses printing. Moves extruder to X and Y
Home position so filament can be changed
Info Screen (continued)
Control Opens Control menu
Main Returns to Main menu
Temperature Opens Temperature menu
Control Returns to Main menu
Nozzle: Sets or tunes temperature of nozzle
Fan speed: Sets of tunes speed of cooling fan
Autotemp:
If enabled, the set temperature will vary between
max and min auto temp values based on the given
factor and the computed target temperature =
autotemp_min + factor *maximal extruder rate
extruder Min: Minimum value in Autotemp
extruder Max: Maximum value in Autotemp
extruder fact: Factor multiplied by maximal feedrate. Used
to compute dynamic temperature
PID-P: Extruder Potential Coefficient
PID-I: Extruder Integral Coefficient
PID-D: Extruder Derivative Coefficient
PID-C: Heating power = Kc*e_speed, default = 1
Preheat PLA conf Opens Preheat PLA config menu
Temperature Returns to Temperature menu
Fan speed: Sets the fan speed when preheating PLA
Nozzle: Sets the nozzle temp when preheating PLA
Store memory Stores the Preheat PLA setting changes
Preheat ABS conf Opens Preheat ABS config menu
Temperature Returns to Temperature menu
Fan speed: Sets the fan speed for preheating ABS
Nozzle: Sets the nozzle temp when preheating ABS
Store memory Stores the Preheat ABS setting changes
Motion Opens Motion menu
Control Returns to Motion menu
Accel: Absolute ceiling acceleration for all axes
Vxy-jerk: Limits the change in acceleration over time
for the x and y axis motors
Vz-jerk: Limits the change in acceleration over time
for the z axis motor
Vmax x: Maximum x axis velocity
Vmax y: Maximum y axis velocity
Vmax z: Maximum z axis velocity
Vmax e: Maximum extruder velocity
Vmin: Minimum velocity
VTrav min: Minimum travel velocity
Amax x: Maximum x acceleration
Amax y: Maximum y acceleration
Amax z: Maximum z acceleration
Amax e: Maximum extruder acceleration
A-retract: Maximum retract acceleration
Xsteps/mm: Number of steps required for the stepper
motor to move 1 mm in the x direction
Ysteps/mm: Number of steps required for the stepper
motor to move 1 mm in the y direction
Zsteps/mm: Number of steps required for the stepper
motor to move 1 mm in the z direction
Esteps/mm: Number of steps required for the extruder
stepper motor to move filament 1 mm
T1X Offset: Sets the second extruder's x axis offset
from the first one
T1Y Offset: Sets the second extruder's y axis offset
from the first one
Store memory Stores all changes to the non-volatile
EEPROM memory
Load memory Reads and uses all settings stored in the
EEPROM memory
Restore failsafe Restores all the default EEPROM data
Print from SD Opens the .gcode files from SD card
Main Returns to the Main Menu
(List of .gcode files from SD card)
Resume SD from Z Opens the .gcode files from SD card and sets the
current Z height as the layer to resume printing
Main Returns to the Main Menu
(List of .gcode files from SD card)

www.3DPlatform.com | 17
Original Instructions 2015 Operating the 3DP1000
LOADING FILAMENT
Feed the filament through the filament guide loop, press
and hold the button on the extruder to release the hob
while pressing firmly to insert the filament.
Hold the filament firmly and exert pressure until it begins
to extrude from the bottom of the nozzle. Make sure the
extruder is heated prior to loading filament.
Tip: Straighten the filament and cut at an angle prior to
inserting into the extruder to help with ease of loading.
FILAMENT SENSOR
The 3DP1000 is equipped with dual filament sensors
located on top of the extruder. This feature provides
security during long prints. When the filament runs out,
the sensors put the printer into Change Filament mode.
The X axis and Y axis are moved to the Home position
and any remaining filament is reversed out of the nozzle.
An alarm sounds until the filament is replaced and the
center button on the LCD Control Unit is pressed to
resume the print.
Note: printers sold prior to 12/4/15 may have only one
filament sensor located on the front extruder.
CHANGING FILAMENT
Filament can be changed at any time—when the printer
is idle or mid-print.
• The extruder must be heated to 180º C (minimum) to
remove or add filament.
• When printer is idle (not printing): raise the Z axis
so the nozzle is away from the glass. Press and hold
the button on the extruder to release the hob while
manually pulling out existing filament, then follow
the Loading Filament instructions above.
• When the printer is mid-print: press the main button
on the LCD Control Unit, select Tune, select Change
Filament. This manually puts the printer into Change
Filament mode. Then follow the Loading Filament
instructions above.
• An alarm sounds until the filament is replaced and
the center button on the LCD Control Unit is pressed
to resume the print.
PRINTING VIA USB CONNECTION
WITH COMPUTER
The 3DP1000 can be operated through the 3D printing
software's Manual or Machine Control Panel. Follow
the Connect the USB instructions on page 8. Once
connected, the printer can be operated via the computer
and software interface.
PRINTING VIA SD CARD
The 3DP1000 can be operated independently with the
LCD Control Unit and an SD Card. Select Print from SD
on the LCD Control Unit, then choose the .gcode file you
wish to print.

18 | www.3DPlatform.com
Original Instructions 2015
Care and Maintenance
PREPARE THE PRINT BED
Prepare the build area for printing. In order for your
prints to adhere to the borosilicate glass—it needs to
be clear of debris but somewhat tacky. We have found
that using a sugary substance, such as beer, works quite
well. Pour a liberal amount onto the build area and wipe
as if you were cleaning with glass cleaner. Cover the
entire area that your print will touch. Repeat this process
between prints to remove filament particles and other
debris, as well as prepare the bed for the next print.
This is not the only method available. Other suggestions
include: painter's tape, glue stick, and hairspray.
Do not use glass cleaner or alcohol on the glass. Doing
so will make adhesion very difficult.
MAINTENANCE
For the safety of the user and to avoid shock or
unintended motion, all maintenance of the 3DP1000
3D printer should be:
• Conducted with the machine unplugged from all
electrical outlets.
• Conducted when the machine is cool.
Exception: maintenance and replacement of the extruder
nozzles must be done when the extruder is heated. Use
extreme caution when maintaining or operating heated
machinery. See details—Cleaning the Nozzle and
Changing the Nozzle—on page 19.
For the safety of the user, use extreme caution when
working with heated machinery.
Link to article: Perfecting the First Layer
CLEARING THE HOB
For machines sold prior to 12/4/15, this process can
be used to clear the hob mechanism. It is best practice
to use a metal pick to clean the grooves in the feeding
mechanism in the extruder—called the hob. In time—
especially long prints—filament particles may fill the
gripping crevices in the hob and create filament feeding
issues.
Tip: If your filament is not feeding smoothly, try clearing
the hob.
SIMO® Series actuators from PBC Linear®:
• Rail and bearing system is inclusive of internal
lubrication system—requiring no preventative
maintenance—for the lifetime of the machine.
• Teflon coated screw, with engineered polymer nut
is designed for lifetime operation under normal
operating conditions—see Work Environment
on page 10.
• Cam Roller carriages include built-in micro-polymer
lubricators. If lubricators become damaged, contact
manufacturer for replacement.