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General| Technology | Fused Filament Fabrication (FFF) |
|---|---|
| Nozzle Temperature | Up to 300°C |
| Bed Temperature | Up to 120°C |
| Print Speed | Up to 150 mm/s |
| Filament Diameter | 1.75 mm |
| Build Volume | 300 x 300 x 300 mm |
| Layer Thickness | 0.05 - 0.3 mm |
| Materials | PLA, ABS, PETG, Nylon |
| Nozzle Diameter | 0.4 mm |
| Connectivity | USB |
| Supported Materials | PLA, ABS, PETG, Nylon |
| Power Supply | 110-240 V AC, 50/60 Hz |
Printer must be used indoors with ambient temperature between 15°C and 30°C.
Ensure printer, filament, and power cable are placed to avoid unintentional contact or hooking.
Avoid touching the printer's head and heated bed until cooled to 40°C or less.
The glass print bed can heat up to 120°C; adjacent metal surfaces can be warm.
Print head heating block and nozzle can heat up to 300°C; surrounding parts can also be hot.
Melted plastic extruded from the nozzle can reach near 300°C; exercise caution.
Printer frame and outer parts can be warm, reaching up to 60°C after extended use.
Do not use flammable liquids to clean hot parts; use dry paper towel and cool down.
Printer mechanics consist of moving parts during operation; avoid touching them.
Prevent contact with moisture; use good quality cables and properly grounded outlets.
Ground yourself before repairs; ensure power is off and cable unplugged.
Printing, especially with ABS, emits fumes; ensure premises are well-ventilated.
Printer must not be left unattended with children; supervise adult usage.
This chapter introduces printing terms and provides an overview of the process and printer operation.
Familiarize yourself with the manual before connecting the printer and installing software.
Guide to important steps and settings for faster, great results with common objects.
Tips for printing complex objects or achieving special properties through experimentation.
Encourages tweaking and experimentation, noting the manual covers starting points, not all situations.
Information on using 1.75mm thermoplastic filament from any vendor, emphasizing quality and uniform diameter.
Details on Simplify3D software for preparing models and controlling the printer, compatible with Windows, Mac, and Linux.
Advice on keeping the printer in top shape through regular maintenance as described in the manual.
Provides the support email address for assistance with the Mass Portal 3D printer.
Covers unboxing, warming up, installing the print bed, and attaching the spool holder.
Steps to connect the power cord and turn on the printer using the rear power switch.
Essential step to calibrate the printer, ensuring the bed is level, including model-specific instructions.
Ensure the print bed is clear and prepare the printer for the first print.
Instructions for unboxing and placing the sample filament spool on the printer's holder.
Guide to applying the BuildTak to the print bed, avoiding air bubbles.
Steps for inserting the filament into the extruder, including tips for easier insertion.
Guide to loading a G-code file and starting the printing process via the touch screen.
Advice on watching the print, avoiding moving parts, and noting print bed/head temperatures.
Instructions to let the print and bed cool down after completion before removal.
Guidance on safely removing the finished print from the print bed using the supplied tool.
Explanation of the FFF process where thermoplastic filament is melted and deposited layer by layer.
How 3D models are converted into G-code instructions for the printer using slicer software.
Describes printing directly from the printer or controlling it via host software on a computer.
Information on STL and OBJ file formats used for 3D models and G-code generation.
Details on printing downloaded, scanned, or self-designed 3D models in printable formats.
Options to adjust object hollowness, infill density, and wall thickness before printing.
Guidance on using supports for overhangs and slopes, with Simplify3D assisting manual support placement.
Discusses various print bed coatings like Glass, BuildTak, Kapton/PET tape, and blue painter's tape.
Using glue stick for improved print adhesion, noting extra cleaning requirements.
Explains how bed coating thickness affects calibration and the need to select the correct setting.
Adjusting thumbscrews to level the print bed, with tips for minor adjustments after calibration.
Details on the printer's built-in sensor for measuring and adjusting the print bed for correct first layers.
Directs users to the 'Printer Setup' chapter for the specific calibration process steps.
Discusses how different materials may require specific ventilation settings or enclosed chambers.
Importance of maintaining a constant chamber temperature, beneficial for materials like ABS, Nylon, or Polycarbonate.
Explains options like Circulation, Filtration, Slow Extraction, Fast Extraction, and Off for various printing needs.
Situations where printing in standalone mode is advantageous, such as long prints or saving electricity.
How the printer manages power after printing or inactivity, noting it does not turn itself off.
Step-by-step guide to initiating a print directly from the printer using the touch screen interface.
How to navigate to the Main Screen and access different menus from the touch display.
Details on the interface shown before printing, including object, material, and bed coating selection.
Explanation of elements displayed during printing, such as progress, temperatures, speed, and flow.
Guide to selecting printing materials and controlling nozzle/material preparation like heating and extruding.
How to view and select G-code files for printing from internal memory or USB drive.
Procedures for selecting files, managing folders, and rendering file thumbnails.
Information about available or upcoming applications to enhance the printing experience.
Using the nudge control panel to move the print head and control stepper motors and fans.
Instructions for connecting the printer to a local Wi-Fi network by selecting a network and entering a password.
Connecting via Ethernet cable to access the printer using TCP connection, displaying IP address and port.
How to change ventilation settings based on the material being used, referencing the Ventilation chapter.
Guidance on updating the Pharaoh Touch™ software to ensure the printer has the latest features.
Introduction to the settings menu for adjusting printer parameters to optimize print quality.
Adjusting calibration information, resetting calibration, and setting bed coating material and thickness.
Directly editing EEPROM settings via the touch screen interface without needing a computer.
Adjusting LED brightness, configuring screen saver, and setting nozzle size for the printer.
Viewing essential printer details like ID, hardware, firmware, and software versions for support inquiries.
Steps for downloading Simplify3D using a redemption code and completing the installation process.
Guide to configuring Simplify3D for Mass Portal printers, including model selection and initial setup.
Importing 3D models (STL/OBJ) and using tools to rotate, scale, and arrange them within Simplify3D.
Customizing print settings such as material, quality, infill, raft, and supports for optimal results.
Finalizing print settings, previewing the model, and viewing build statistics before printing.
Information on accessing tutorials, setup guides, user forums, and FAQs for further assistance.
Ensuring printing materials are compatible in temperature for simultaneous extrusion through one nozzle.
Steps for correctly inserting and aligning filament into the bowden tube for dual extrusion.
Configuring Simplify3D by adding extruders and setting them as Tool 0 and Tool 1 for primary and support.
Writing specific scripts for starting, tool changes, and ending the print process in Simplify3D.
Adjusting retraction distance and speed for tool changes to ensure smooth filament handling.
Configuring support material generation and selecting the appropriate extruder for supports.
Setting up the prime pillar, its extruder, width, and speed multiplier for material changes.
Process for setting up two processes in Simplify3D for printing with two different colors.
Selecting models for each process and preparing other settings as needed for multi-color prints.
Verifying G-code preparation in Preview Mode, checking for conflicts, and selecting active toolheads.
Description of PLA as a bio-plastic, its ease of printing, aesthetic properties, and limitations.
Overview of ABS as a prototyping material, its post-processing capabilities, and fume emission.
Information on PET materials, their toughness, flexibility, transparency, and printing predictability.
Details on Nylon's toughness, suitability for prototype devices, and transparency for evaluation.
Properties of HIPS, its matte surface, applications, and similar requirements to ABS for printer settings.
Challenges and capabilities of printing flexible materials with the Mass Portal printer's bowden system.
Information on composite filaments, their properties, wear on the nozzle, and imitation of other material finishes.
Techniques for gently removing support material from printed objects using hands, pliers, or tools.
Using tools for carving, grinding, cleaning, and sanding to improve print finish and remove imperfections.
Using acetone vapor to smooth ABS prints and remove layer lines for improved surface finish.
Recommendations for glues suitable for ABS (super glue) and PLA (UHU® POR).
Methods for cleaning the print bed, ensuring it is free of buildup for optimal adhesion.
Regularly cleaning the nozzle exterior when heated to remove excess plastic before each print.
Keeping the printing chamber clean by removing parts and filament debris before operation.
Instructions for cleaning the extruder drive gear teeth without disassembling the extruder.
Step-by-step guide for removing, cleaning, and reinstalling the extruder drive gear.
Information on how to contact technical support via email for assistance.
Common extrusion issues like no/low plastic release, filament catching, and print head heating errors.
Troubleshooting low nozzle height causing blockage and dust buildup inside the nozzle.
Addressing low material quality issues and techniques to improve print adhesion to the bed.
Procedures for removing filament that has broken and lodged within the bowden tube.
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