Compare Core A2V2 vs Mars 3 PRO

Comparison between the best 3D printers

Choose the best 3D printer at the best price. The cheapest 3D printers are here.

Buy a 3D printer here with 3D Fila.

3D Printer Core A2V2 3D Printer Mars 3 PRO
Modelo

Core A2V2

Mars 3 PRO

Buy Filament forGTMax Core A2V2 Buy Resin forElegoo Mars 3 PRO
Estimated price $684,00 $300,00
Manufacturer GTMax Elegoo
Release Year 2019 2022
Print Volume [mm] 220x220x240 143x89x175
Printer Size [mm] 425x460x512 227x227x438
Weight [kg] 5,5
Power Loss Recovery YES NO
Maximum Resolution [mm] 0,05 0,01
Processor
Display Mono Touchscreen TFT 3,5''
Power Supply
Connectivity SD / USB USB
Operating systems Windows, Mac, Linux
Date of registration in the system 2022-11-12 2022-11-07
Release date 2019 2022
Extra features The GTMax3D ProCore A2v2 is a compact and robust 3D printer with a printing area of ??220 x 220 x 240 mm. It offers high print quality, ranging from 0.05 mm to 0.32 mm. Its features include automatic filament detection and changing, travel speed of up to 300 mm/s, and a heated aluminum bed with a glass top. It has automatic bed leveling with 16 points and an all-metal hotend that reaches up to 298°C. The printer has a carbon steel frame with electrostatic painting, is automatic bivolt and has connectivity via USB and SD card. The Bowden system and core xy kinematics complete its advanced features. The Elegoo Mars 3 PRO printer stands out for its special features, such as its high printing resolution, which guarantees sharp and detailed prints with 35 microns. It includes a replaceable air purification module, which facilitates maintenance and improves air quality during printing. The device's LCD screen is scratch-resistant, increasing its durability, and a strong point is the uniform distribution of light, guaranteed by a Fresnel lens. This lens ensures more uniform curing of printed objects, contributing to superior print quality. With these features, the Elegoo Mars 3 PRO presents itself as a robust and efficient choice for resin 3D printing.
Support for multiple colors and materials (AMS and CFS) NO NO

Notes *

Cost-benefit 6 / 10 8 / 10
Hardware 2.5 / 10 1.6 / 10
Tela . .
Print volume 3 / 10 3 / 10
Performance 1 / 10 9 / 10

Conclusion

In comparing the Core A2V2 and the Mars 3 PRO 3D printers, several factors emerge that help to discern their strengths and weaknesses, leading to a well-informed conclusion.

The Core A2V2, while priced higher, offers a larger print volume, more robust construction, automatic filament detection, and advanced features like automatic bed leveling and a heated aluminum bed. Its versatility in print quality and material capabilities makes it a strong contender for those looking for a durable and functional 3D printer for a variety of projects. However, it's worth noting that its performance rating is relatively low, which may deter users seeking high fidelity in printing.

On the other hand, the Mars 3 PRO excels in print resolution, capable of achieving extremely fine details, and superior performance metrics. Its features, including a replaceable air purification module and a Fresnel lens for light distribution, enhance the overall printing experience and output quality. The lower price tag is appealing; however, its print volume can be a limiting factor for users with larger scale projects.

While the Core A2V2 provides a broader scope in terms of size and material flexibility, the Mars 3 PRO focuses on delivering unparalleled detail and precision in resin printing. When evaluating cost-effectiveness, the Mars 3 PRO ranks higher, making it an attractive option for users who prioritize fine detail over size.

In conclusion, if you're looking for a versatile machine that handles various materials and offers larger print capabilities, the Core A2V2 is a worthwhile investment. Conversely, for those who require high-resolution prints and prioritize detail, the Mars 3 PRO represents a better value for money with current technology. Ultimately, the decision hinges on individual printing needs and project specifications.