The Mars Pro Industrial 3D Printer Range Allows for Large Format SLA Printing

When it comes to SLA 3D printing a number of benefits come to mind. Namely intricate, highly-detailed parts, with excellent finishes. However, most SLA printers are limited by their small construction platform, making it harder to produce large parts, at least at an affordable price. Yet, this does not always have to be the case. Late last year, Chinese manufacturer, SoonSer, launched its upgraded range of industrial SLA 3D printers, Mars Pro. Available in three different sizes, the large-format printers are notable for their stability, safety, high precision, efficiency and usability and for their remarkable applications.

SoonSer is a leading 3D printing technology company from China, providing a 3D printing one-stop service including R&D, production sales and logistics. Its Mars Pro line is made up of three printers, the Mars Pro-600, Mars Pro-850 and Mars Pro-1600 with the machines differing mostly in size. The smallest, the Mars Pro-600, has a build volume of 600 x 600 x 400mm (~1’11” x 1’11” x 1’3.75”). Meanwhile, the largest, the Mars Pro-1600, can create parts of 1600 x 800 x 600 mm (5’3” x 2’7.5” x 1’11”), with the Mars Pro-850 between the two. The company also notes that if clients require a larger printing bed, it is possible to build a larger one. This size is not just massive for SLA but also for most 3D printers, as the Mars Pro-1600 actually rivals large-format FDM printers in size while maintaining the speed and precision that SLA is known for.

The three 3D printers that are part of the Mars Pro Industrial SLA 3D printer range (photo credits: SoonSer)

What Can You Expect from the Mars Pro Printers?

Of course, large format printing is one of many benefits of the Mars Pro series. In fact, the printers have been entirely optimized for industrial SLA printing. For example, the system has adopted a distributed and modular design and unlike many other companies, SoonSer chose to adopt a grade 00 marble platform for the movement platform to ensure long-term stability. This is particularly important for industrial applications as greater stability helps to reduce the risk of print failures.