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'''Responsible: Prof. Dr. Felippe Alexandre Barbosa'''
== Summary ==
 
The Elegoo Mars 4 Max is a high-resolution MSLA resin 3D printer designed for detailed and precise prints. It features a large monochrome LCD screen, efficient UV light source, and an improved build volume, making it ideal for research, prototyping, and high-detail modeling.
'''Location: IFGW, DFA, Laboratório X'''
 
'''Overview:''' The Elegoo Mars 4 Max is a high-resolution MSLA resin 3D printer designed for detailed and precise prints. It features a large monochrome LCD screen, efficient UV light source, and an improved build volume, making it ideal for research, prototyping, and high-detail modeling.
 
'''Specifications'''


== Specifications ==
* '''Manufacturer''': Elegoo
* '''Model''': Mars 4 Max
* '''Printing Technology''': MSLA (Masked Stereolithography Apparatus)
* '''Printing Technology''': MSLA (Masked Stereolithography Apparatus)
* '''LCD Resolution''': 9.1-inch 6K monochrome LCD (5760 x 3600 pixels)
* '''LCD Resolution''': 9.1-inch 6K monochrome LCD (5760 x 3600 pixels)
* '''Build Volume''': 195.84 x 122.4 x 150 mm
* '''Build Volume''': 195.84 x 122.4 x 150 mm
* '''Light Source''': COB (Chip-On-Board) + Fresnel collimating lens
* '''Layer Thickness''': 0.01 - 0.2 mm
* '''Layer Height''': 0.01 - 0.2 mm
* '''XY Resolution''': 34 μm
* '''Z-Axis Accuracy''': High-precision linear rail for stable movement
* '''Z-Axis Acurracy''': 0.02m
* '''Light Source''': COB (Chip-On-Board) + refraction
* '''Resin Compatibility''': 405nm UV-sensitive resins
* '''Resin Compatibility''': 405nm UV-sensitive resins
* '''Connectivity''': USB Flash Drive
* '''Connectivity''': USB offline priting
* '''Slicing Software''': ChituBox / Voxeldance Tango
* '''Slicing Software''': ChituBox / Voxeldance Tango
* '''Power Requirements''': 100-240V, 50/60Hz
* '''Power Requirements''': 100-240V, 50/60Hz


'''Key Features'''
== Key Features ==
 
* '''6K Monochrome LCD''': Offers ultra-high resolution for crisp and highly detailed prints.
* '''6K Monochrome LCD''': Offers ultra-high resolution for crisp and highly detailed prints.
* '''Enhanced Light Source''': The COB + Fresnel lens system ensures uniform exposure and better curing precision.
* '''Enhanced Light Source''': The COB + Fresnel lens system ensures uniform exposure and better curing precision.
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* '''User-Friendly Interface''': Features a touchscreen display for easy operation.
* '''User-Friendly Interface''': Features a touchscreen display for easy operation.


'''Usage in Research Group:''' The Elegoo Mars 4 Max is used in our lab for producing high-detail prototypes, functional resin parts, and research-related models. Its ability to print with fine resolution and high accuracy makes it valuable for applications requiring precision, such as microfluidics, biomedical modeling, and engineering prototypes.
== Usage in Research Group: ==
The Elegoo Mars 4 Max is used in our lab for producing high-detail prototypes, functional resin parts, and research-related models. Its ability to print with fine resolution and high accuracy makes it valuable for applications requiring precision, such as microfluidics, biomedical modeling, and engineering prototypes.
 
== References & Additional Resources: ==
We have a [https://www.overleaf.com/read/jkpqsqjcmdfv#025c78 quick tutorial] on how to operate the printer safely and efficiently, with some tips for troubleshooting and a list of optimized prints. However, some of the topics are empty, and everyone is more than welcome to help us complete it!
 
* [https://www.elegoo.com/?srsltid=AfmBOorc0xGvHKpWUZu8gjPTaUSxaHFYbk_o_YtuXIeIG8PiyM2nONNC Elegoo] Official Website
* Product Page for [https://us.elegoo.com/products/elegoo-mars-4-max-msla-resin-3d-printer-with-6k-mono-lcd?srsltid=AfmBOoodaaIQaVKwjtunnTtUloSAabQ-pazXW7FigmiwACnOm7YGlcRK Mars 4 Max]
 
== Other Info ==


'''References & Additional Resources:''' We have a quick tutorial on how to operate the printer safely and efficiently, with some tips for troubleshooting and a list of optimized prints. However, some of the topics are empty, and everyone is more than welcome to help us complete it!
* '''Responsible''': Prof. Dr. Felippe Alexandre Barbosa
* '''Last known location''': IFGW, DFA, Laboratory 46
* '''UNICAMP ID''': Unknown


{{DEFAULTSORT:Elegoo Mars 4 Max}}
[[Category:Tutorials]]
[[Category:Tutorials]]
[[Category:Instruments]]

Latest revision as of 14:21, 14 March 2025

Summary

The Elegoo Mars 4 Max is a high-resolution MSLA resin 3D printer designed for detailed and precise prints. It features a large monochrome LCD screen, efficient UV light source, and an improved build volume, making it ideal for research, prototyping, and high-detail modeling.

Specifications

  • Manufacturer: Elegoo
  • Model: Mars 4 Max
  • Printing Technology: MSLA (Masked Stereolithography Apparatus)
  • LCD Resolution: 9.1-inch 6K monochrome LCD (5760 x 3600 pixels)
  • Build Volume: 195.84 x 122.4 x 150 mm
  • Layer Thickness: 0.01 - 0.2 mm
  • XY Resolution: 34 μm
  • Z-Axis Acurracy: 0.02m
  • Light Source: COB (Chip-On-Board) + refraction
  • Resin Compatibility: 405nm UV-sensitive resins
  • Connectivity: USB offline priting
  • Slicing Software: ChituBox / Voxeldance Tango
  • Power Requirements: 100-240V, 50/60Hz

Key Features

  • 6K Monochrome LCD: Offers ultra-high resolution for crisp and highly detailed prints.
  • Enhanced Light Source: The COB + Fresnel lens system ensures uniform exposure and better curing precision.
  • Large Build Volume: Allows for printing larger models or multiple smaller models in a single batch.
  • Improved Cooling System: Enhances performance and extends LCD lifespan.
  • Stable Z-Axis Movement: The high-precision linear rail provides better stability and accuracy.
  • User-Friendly Interface: Features a touchscreen display for easy operation.

Usage in Research Group:

The Elegoo Mars 4 Max is used in our lab for producing high-detail prototypes, functional resin parts, and research-related models. Its ability to print with fine resolution and high accuracy makes it valuable for applications requiring precision, such as microfluidics, biomedical modeling, and engineering prototypes.

References & Additional Resources:

We have a quick tutorial on how to operate the printer safely and efficiently, with some tips for troubleshooting and a list of optimized prints. However, some of the topics are empty, and everyone is more than welcome to help us complete it!

Other Info

  • Responsible: Prof. Dr. Felippe Alexandre Barbosa
  • Last known location: IFGW, DFA, Laboratory 46
  • UNICAMP ID: Unknown