Premium Innovation: The Ultimaker 3 review!

Overview and Innovations

The Ultimaker 3 emerges as a significant advancement in the realm of 3D printing, introducing key features such as dual extrusion, Wi-Fi connectivity, and smart filament spools. At its core, the Ultimaker 3 maintains the familiar mechanical framework of its predecessors, the Ultimaker 2 and 2+, with notable enhancements aimed at refining usability and print quality. Despite its similarities in design and build volume to the earlier models, the Ultimaker 3 distinguishes itself with a focus on ease of use, reliability, and expanded capabilities.

Key Features and Performance

The dual extrusion system is a highlight, enabling the printing of complex models with support structures or in multiple materials and colors. Integration with the Ultimaker software ecosystem, particularly the Cura slicer app, allows for seamless operation from model preparation to printing, complemented by the convenience of Wi-Fi connectivity and remote monitoring via an onboard camera. The printer also introduces an auto bed leveling sensor, which contributes to its user-friendly setup. Print quality remains exceptional, with the Ultimaker 3 delivering high-resolution prints and demonstrating a capability for fine detail that matches or surpasses that of its competitors.

Software and Usability

The integration of the Ultimaker 3 with Cura software facilitates a straightforward workflow, starting from model slicing to sending print jobs over Wi-Fi or Ethernet. The software's capability to automatically adjust settings based on the filament type, thanks to the NFC tags in Ultimaker's smart filament spools, simplifies the printing process. This, along with the built-in camera, enhances the overall user experience, although the camera's resolution is best suited for monitoring rather than inspecting print quality.

Dual Extrusion Capabilities

The machine's dual extrusion capabilities extend beyond color printing to include the use of different materials for the model and support structures, notably enabling the use of water-soluble PVA for support. This feature significantly enhances the print quality of overhangs and complex geometries, although it introduces longer print times and increased material costs. The implementation of this feature showcases Ultimaker's commitment to advancing 3D printing technology, despite the challenges of increased print time and the need for post-processing in dissolving support material.

Conclusion

In conclusion, the Ultimaker 3 stands as a testament to the ongoing evolution of 3D printing technology, offering a blend of high-quality prints, innovative features, and user-focused design. While it bears a higher price point indicative of its high-end positioning, the printer justifies this through its performance, reliability, and the breadth of features it introduces. As Ultimaker continues to roll out software updates, it is anticipated that any initial shortcomings will be addressed, further solidifying the Ultimaker 3's status as a leading choice for professionals and enthusiasts seeking a state-of-the-art 3D printing experience.