Mars 4 MSLA 3D Printer vs Sonic Mini 8K S

Technical comparison · Resin 3D printing

In brief

Mars 4 MSLA 3D Printer leads on the measurable specs (starting with price), while Sonic Mini 8K S shows no advantage of its own. Choose Mars 4 MSLA 3D Printer, unless non-technical factors (availability, support, ecosystem) tip the balance.

Comparison generated from data and curated by juppiter78. Parameters are weighted by stated criteria and the calculation is reproducible. Pubblicato 13 jun 2026 · Last updated 13 jun 2026

Parameter	Mars 4 MSLA 3D Printer Elegoo F2 · Intermediate	Sonic Mini 8K S Phrozen F2 · Intermediate
Identity
Launch year	2023	2023
Use tier	F2 — Intermediate	F2 — Intermediate
Price
Price (€)	~180–260 €	~299–350 €
Universal specs
Dimensions (W×D×H) (cm)	22.7 × 22.7 × 43.85 cm	29 × 29 × 43 cm
Weight (kg)	5.2 kg	10 kg
Work area (mm)	153.36 × 77.76 mm	165 × 72 mm
Z-axis height (mm)	175 mm	170 mm
Declared precision	—	22 μm
Category specs
Build area XY (short side) (mm)	77.76 mm	72 mm
XY resolution (µm)	18 µm	22 µm
Light source	mono_lcd	mono_lcd
Print speed (mm/h)	70 mm/h	80 mm/h
Tilt / peel system	fep_standard	fep_standard
Ecosystem
Cloud dependency	No	No
Software notes	The operation of the machine is primarily managed via third-party slicing software widely utilized within the resin 3D printing industry. The system natively supports file formats generated by programs such as ChiTuBox and Voxeldance Tango, offering the user the flexibility to choose their preferred interface for model preparation, support generation, and exposure parameter optimization. There is no native Wi-Fi connectivity or dedicated cloud management in this standard version; therefore, the transfer of print-ready files occurs traditionally via a USB port located on the machine body, ensuring a stable, independent, and completely offline workflow.	The machine offers broad compatibility with leading third-party slicing software options, notably popular solutions like Chitubox, Lychee Slicer, and Voxeldance Tango. This software flexibility prevents users from being locked into a restrictive, closed proprietary ecosystem, allowing them to utilize advanced support generation and model orientation algorithms. File transfer is handled entirely offline via a standard USB port, a design choice that prioritizes connection stability during data transmission but lacks native Wi-Fi connectivity or cloud-based management features. Material profiles are easily accessible and customizable, significantly streamlining the fine-tuning of exposure times for a wide variety of commercial 405nm photopolymer resins available on the market.