Elegoo Mars 5 resin 3D‑printing parameters

The Elegoo Mars 5 is part of the latest generation in the Mars‑series and introduces a notable shift in Elegoo’s product strategy. Unlike previous releases, where the Ultra variant mainly offered incremental improvements, the Mars 5 and Mars 5 Ultra now differ significantly in LCD resolution and optical performance. The Mars 5 uses a 4K monochrome LCD, while the Mars 5 Ultra features a 9K panel, despite the earlier Mars 4 already operating at 9K. This makes the Mars 5 a lower‑resolution successor in terms of pixel density, resulting in a 35‑micron XY resolution across its 143.43 × 89.6 × 150 mm build volume. These hardware differences directly influence exposure behavior, cure depth and resin performance, making dedicated Liqcreate parameters essential for accurate and stable printing.

On this page you will find validated Liqcreate resin settings for the Elegoo Mars 5, including exposure parameters, workflow notes and material‑specific recommendations. If you are looking for the resin parameters of the higher‑resolution Elegoo Mars 5 Ultra, you can access them through the Elegoo Mars 5 Ultra page. For users who prefer a direct workflow, a downloadable Chitubox parameter file is available through Downloadable Chitubox settings, allowing you to import all Liqcreate materials into the slicer within seconds and start printing immediately.

For additional resources, you can explore the full Elegoo Mars‑Series Resin 3D‑Printer Cluster, consult the Parameter database for cross‑printer compatibility, or reach out to our engineering team via the Contact page for assistance with exposure tuning or workflow optimization. These tools provide a complete ecosystem for achieving consistent results on the Mars 5 and other MSLA platforms. If you need parameters for earlier models, you can also visit the Elegoo Mars 4 resin settings page.

Elegoo Mars 5 resin 3D‑printing parameters

The following resin 3D‑printing parameters are validated for the Elegoo Mars 5 and tailored to its 4K monochrome LCD, 35‑micron XY resolution and compact MSLA optical engine. These hardware characteristics influence exposure behavior, cure depth and layer stability, making printer‑specific settings essential for predictable performance across Liqcreate materials. The parameters below provide a stable starting point for accurate curing, consistent dimensional results and reliable workflow behavior on the Mars 5.

Resin	Layer thickness	Exposure time (seconds)	Base layer count	Base layer exposure	Lift Height	Lift speed / retract speed (mm/min)	Rest time in every step (seconds)
Deep Blue	100 µm	7,0	2	70	6	90 / 120	2,0
	50 µm	6,0	2	50	6	90 / 120	2,0
Stone Coal Black	100 µm	7,5	2	60	6	90 / 120	2,0
	50 µm	6,0	2	50	6	90 / 120	2,0
Premium White	100 µm	3,0	2	40	6	90 / 120	2,0
	50 µm	2,5	2	40	6	90 / 120	2,0
Premium Black	100 µm	4,5	2	40	6	90 / 120	2,0
	50 µm	3,0	2	30	6	90 / 120	2,0
Premium Model	100 µm	3,5	2	35	6	90 / 120	2,0
	50 µm	2,5	2	35	6	90 / 120	2,0
Premium Tough	100 µm	6,5	2	50	6	90 / 120	2,0
	50 µm	4,5	2	45	6	90 / 120	2,0
Wax Castable	100 µm	4,5	2	50	6	90 / 120	2,0
	50 µm	3,5	2	40	6	90 / 120	2,0
	25 µm	3,0	2	40	6	90 / 120	2,0
Premium Flex	100 µm	4,5	2	40	10	60 / 90	2,0
**	50 µm	3,0	2	40	10	60 / 90	2,0
Clear Impact	100 µm	8,0	2	60	6	90 / 120	2,0
	50 µm	6,0	2	60	6	90 / 120	2,0
Strong-X	100 µm	7,0	2	60	6	90 / 120	2,0
	50 µm	5,0	2	50	6	90 / 120	2,0
Rigid Pro	100 µm	4,0	2	40	6	90 / 120	2,0
	50 µm	3,0	2	30	6	90 / 120	2,0
ESD	100 µm	6,0	2	50	6	90 / 120	2,0
	50 µm	4,0	2	40	6	90 / 120	2,0
Tough-X	100 µm	14,0	2	50	8	60 / 90	2,0
**	50 µm	10,0	2	40	8	60 / 90	2,0
Flexible-X	100 µm	12,0	2	60	10	60 / 90	2,0
**	50 µm	8,0	2	50	10	60 / 90	2,0
Elastomer-X	100 µm	20,0	2	80	10	60 / 90	2,0
Hazard Glow	100 µm	8,0	2	60	6	90 / 120	2,0
Composite-X	100 µm	7,5	2	80	6	90 / 120	2,0
Flame Retardant	100 µm	4,5	2	50	6	90 / 120	2,0
HDT	50 µm	3,0	2	50	6	90 / 120	2,0
Bio-Med Clear	100 µm	5,0	2	60	6	90 / 120	2,0
	50 µm	3,5	2	50	6	90 / 120	2,0
Bio-Med Flex	100 µm	6,0	2	50	10	60 / 90	2,0
	50 µm	4,0	2	40	10	60 / 90	2,0
Dental Model Pro Beige	100 µm	5,0	2	60	6	60 / 60	2,0
	50 µm	4,0	2	60	6	60 / 60	2,0
Dental Model Pro Grey	100 µm	5,5	2	60	6	60 / 60	2,0
	50 µm	4,0	2	60	6	60 / 60	2,0
Gingiva Mask	100 µm	10,0	2	50	10	60 / 90	2,0
	50 µm	8,0	2	50	10	60 / 90	2,0
Separation Model	100 µm	4,5	1	20	6	60 / 90	2,0
	50 µm	2,5	1	15	6	60 / 90	2,0

All profiles use 8 transition layers unless otherwise specified. Tough‑X, Flexible‑X and Premium Flex require heavy supports, while Elastomer‑X requires extra heavy supports due to its low‑modulus behavior and higher peel forces on the Mars 5.

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About the Elegoo Mars 5 resin MSLA / LCD 3D‑printer

The Elegoo Mars 5 is equipped with a 4K monochrome LCD and a compact MSLA optical engine, resulting in a 35‑micron XY resolution across its 143.43 × 89.6 × 150 mm build volume. This lower‑resolution configuration differs from previous Mars‑series progressions and directly influences exposure behavior, pixel distribution and curing performance. These characteristics make printer‑specific Liqcreate resin parameters essential for achieving accurate curing, stable layer formation and predictable workflow behavior on the Mars 5.

Image by Elegoo: The Elegoo Mars 5 a 4K MSLA resin 3D-printer

Elegoo Mars 5 resin 3D‑printer specifications

The specifications below outline the core hardware, optical components and mechanical design of the Elegoo Mars 5, providing a technical reference for exposure behavior, pixel distribution and curing performance. These details help define how the 4K LCD, 35‑micron XY resolution and compact MSLA light engine influence resin performance and workflow stability, and they serve as a basis for comparing the Mars 5 with the Mars 5 Ultra in the table below.

	Mars 5	Mars 5 Ultra
3D-printer size	230 x 230 x 433,5 mm	260 x 268 x 451,5 mm
3D-printer weigth	6,6 kg	8,8 kg
Build volume	143,43 x 89,6 x 150 mm	153,36 x 77,76 x 165 mm
Light source	405nm COB
XY resolution	35 x 35 µm 4098 x 2560 pixels	18 x 18 µm 8520 x 4320 pixels
Screen resolution	4K monochrome	9K monochrome
Maximum print speed	70 mm/hour (resin dependant)	150 mm/ hour (resin dependant)

→ Back to the Elegoo Mars‑series resin overview

Additional resources

For deeper insight into how optical resolution, layer formation and high‑precision MSLA behavior affect print stability on Elegoo Mars printers, the following technical articles provide series‑wide guidance:

Support

For assistance with resin parameters, exposure tuning or workflow optimization on the Elegoo Mars 5 or any other MSLA 3D‑printer, our engineering team is available through the Contact page.

Support

Do you need any help with 3D printing our SLA, DLP or LCD resins? We can help you! Just look for the question you have below. If you can’t find it, let us know by contacting us!

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