MANU 3D Printer
This page provides comprehensive documentation for the MANU 3D Printer, an extrusion-based FFF printer.
The printer was manufactured between 2020 and 2021.
MANU 3D Printer
Manufactured Year: 2020-2021
Factory-Calibrated, Extrusion-Based FFF 3D Printer
Reliable, repeatable, and industrial build quality
Factory calibrated and ready to print within 10 minutes
Ready and tested print settings for most projects, Eg, PLA, PETG, Polypropylene (PP), OBC Polyethylene, TPU (Flexible), Carbon Fiber reinforced, etc.
Sales Deck for MANU 3D Printer - Mehta Heino 2023-08-23Join our GitHub Discussions community to stay up-to-date on the latest product announcements, bug fixes, and enhancements. Track the progress of our documentation, including to-do items, bug fixes, quality assurance tasks, ideas, and feature requests.
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Table of Contents
Getting Started with MANU 3D Printer
[Final] Step 1. Unboxing and getting the printer ready — MANU Easy 3D Printer[Final] Step 2. How to connect to Wifi — MANU Easy 3D Printer[Final] Step 3. Simplify3D Start quide— MANU Easy 3D Printer[Final] Step 4. First print — MANU Easy 3D Printer[Final] Step 5. Material selection guide — MANU Easy 3D Printer[Final] Step 6. Slicing best practices — MANU Easy 3D Printer[Final] Step 7. Extruder advanced guide — MANU Easy 3D Printer
s3d-quick-start-guide-v3.pdf
Making Hotspot Access point on Manu Easy 3D printerFeeder gap adjustment for Flexible TPU filaments 2022-01-04Troubleshooting with MANU 3D Printer
[Final] Electronics Troubleshooting — MANU EasyManu Easy Fan compability fix 2020-12-29.pdfDocumentation In Finnish
[DRAFT] FI_User manual for MHI3D Printer -20Q4.pdfFirmware for MANU 3D Printer
The MANU 3D Printer is equipped with Duet3D v2 (Wi-Fi/Ethernet electronics).
Firmware on SD-Card - MANU E1.zipView and Download Documentation
Access the Google Drive link to browse through and download all the documentation.
Simplify3D- slicing software
s3d-quick-start-guide-v3.pdf[Final] Step 3. Simplify3D Start quide— MANU Easy 3D Printer[Final] Step 6. Slicing best practices — MANU Easy 3D PrinterChoose the Right Build Plate and Nozzle for Your Material
Different materials require different build plates and nozzles to ensure optimal printing results. Here's a quick guide:
PLA, Textura, and Flexible (TPU): Use the Acrylic build plate and standard nozzle. The acrylic plate provides good adhesion for these materials.
PETG, Carbon Fiber, or similar materials: Use the Polycarbonate build plate and high-temperature nozzle. The polycarbonate plate is more resistant to heat and better suited for these materials.
Polypropylene (PP): Use the Polypropylene (PP) build plate and standard nozzle. The PP plate provides a good surface for PP material, and the standard nozzle is sufficient for printing with this material.
[Final] Step 5. Material selection guide — MANU Easy 3D PrinterIdentifying Build Plates
Acrylic plates: Look for the build plate with one hole along the side edge.
Polycarbonate plates: Look for the build plate with two holes along the side edge.
Polypropylene (PP) plates: These plates are light gray in color (cream type).
Material-Specific Feeder Gap Adjustments
Certain materials, such as TPU and Carbon Fiber, may require adjustments to the feeder gap to ensure proper filament feeding and reliable printing. While the default feeder gap setting is 0.7mm, slight variations may be necessary depending on the material's hardness or softness.
Please refer to the documentation for specific feeder gap adjustment values for your chosen material.
[Final] Step 7. Extruder advanced guide — MANU Easy 3D Printer
[Archived/Draft] Material-Specific Feeder Gap Adjustments 2022-Q1Feeder gap adjustment for soft filaments 2022-01-04Simplify3D Settings/Profiles — Ready to import
Addnorth Adamant S1 (PVDF)
ANPV 1.0.0 E1 S3D.fffAddnorth E-PLA
EPLA_ANPL 2.0.0 E1 S3D.fffAddnorth EasyFlex
TPU_ANEF 1.1.0 E1 S3D.fffAddnorth Koltron G1
ANKG1 1.1.0 E1 S3D.fffAddnorth OBC Polyethylene
ANOB 1.1.0 E1 S3D.fffAddnorth PETG
ANPE 10.1.8 E1 S3D.fffAddnorth Rigid-X
[carbon fiber reinforced PETG ]
ANRX 1.0.1 E1 S3D 6mm.fffAddnorth Textura
Textura - ANTE 2.1.0 E1 S3D.fffTextura - ANTE 2.1.0 E1 S3D detail work.fffAddnorth X-PLA
ANXP 10.1.7 E1 S3D.fffBASF Ultrafuse TPU 85A
BASF_TPU_85A_1.0.4_E1_S3D.fffBASF Ultrafuse TPS 90A
B_TPS 90A_1.0.0_E1_S3D.fffTPS 90A_1.0.0_Basf_E1_S3D.fffPolymaker TPU-95
P_TPU95_2.0.0_E1_S3D.fffP_TPU95_2.1.0_E1_S3D.fffRecreus Filaflex 60A Pro
FF60A 1.0.0 E1 S3D.fffVerbatim PETG
VPETG 1.0.0 E1 S3D.fffVerbatim PLA
VPLA 1.0.1 E1 S3D.fffVerbatim Polypropylene (PP)
VPP 1.0.1 E1 S3D.fffSimplify3D Official Documentation Links
Cura - slicing software
Others useful links
Choose the Right Build Plate and Nozzle for Your Material
Identifying Build Plates
Material-Specific Feeder Gap Adjustments
Cura Settings/Profiles — Ready to import
Addnorth OBC Polyethylene
ANOB 1.0.0 E1 Cura.3mfAddnorth PETG
PETG - ANPE_1.0.3_E1_Cura.3mfAddnorth Rigid-X
[carbon fiber reinforced PETG ]
Rigidx_ANRX_1.0.0_E1_Cura.3mfAddnorth X-PLA
ANXP_1.0.7_E1_Cura.3mfVerbatim PLA
VPLA 1.0.0 E1 Cura.3mf