Ultimaker S3

Overview

The Ultimaker 3 has been a highly anticipated update in the 3D printing community, aiming to address both hobbyists and professional users. While it retains much of the esteemed build quality and reliability of its predecessor, the Ultimaker 2, there are notable improvements and additions that shape its capabilities and target audience. The new model introduces dual extrusion capabilities, enhanced material flexibility, and an overall focus on ease of use and reliability, yet with a recognition that it targets a different segment of users, perhaps more professional and less hobbyist-oriented than before.

Design and Build Quality

The Ultimaker 3 maintains the recognizable design language of the Ultimaker series, with a robust build quality that users have come to expect from the brand. Notable changes include an all-metal print core for higher temperature materials like polycarbonate, an updated bed leveling system, and improved material handling. The addition of auto-leveling is appreciated, though for some, the manual leveling system of the Ultimaker 2 was never a significant issue due to its reliability once set.

Performance and Ease of Use

Performance-wise, the Ultimaker 3 continues to produce high-quality prints with a level of reliability that users have praised in the Ultimaker 2. The introduction of dual extrusion allows for more complex prints, leveraging breakaway or water-soluble supports. Though its implementation greatly adds to the print preparation and completion time, it opens up new possibilities for designs with intricate support requirements. The auto-leveling feature, while designed to improve ease of use, has received mixed feedback regarding its necessity and effectiveness, with some users finding manual leveling more straightforward and reliable.

Material Compatibility and Flexibility

The Ultimaker 3's material handling has been described as more flexible compared to its predecessor, thanks to the introduction of removable print cores. This allows for a wider range of material compatibility, including the ability to print with high-temperature materials. However, the lack of an easy nozzle replacement, which was available in earlier models through upgrades like the Olsson block, has been noted as a drawback by some. This limitation can impact users who desire greater customization or need to address nozzle clogs more efficiently without replacing the entire print core.

Software and Connectivity

Software integration, particularly with its slicer (Cura), remains a strong point for Ultimaker, offering users a comprehensive tool that blends well with the printer's capabilities. The inclusion of Wi-Fi connectivity and a built-in camera for monitoring prints adds a level of convenience and remote management that aligns with modern expectations of a connected device. However, the user interface on the printer itself, and sometimes within the software, could benefit from refinements for smoother navigation and a more intuitive experience.

Final Thoughts

The Ultimaker 3 represents a solid step forward in the evolution of Ultimaker's 3D printers, addressing the needs of a more professional audience while maintaining the qualities that made its predecessor beloved among hobbyists. Its higher price point, compared to both previous models and some emerging competitors, positions it as a premium option that promises reliability, quality, and advanced features like dual extrusion. While it excels in many areas, potential buyers should consider their specific needs, particularly around material flexibility and ease of nozzle maintenance, to assess its value proposition fully.