Ultimaker 3 Review // Crash Test | I Like To Make Stuff

Overview

The Ultimaker 3 emerges as a sophisticated addition to the 3D printing market, designed to cater to users with diverse needs and high expectations for printer performance. Its hallmark feature, the dual extrusion capability, enables the utilization of two different materials or colors in a single print, broadening the creative possibilities for intricate designs and specialized applications. From the get-go, ease of setup is apparent, as the printer arrives almost fully assembled, requiring minimal effort to begin operation—a welcome departure from the more labor-intensive setups seen in some competitor models.

Material Compatibility and Usage

Utilizing PLA and PVA materials provided with the printer, the Ultimaker 3 showcases its prowess in generating models of exceptional quality, even under default settings without calibration. The capacity to print with PVA – a water-soluble support material – is particularly noteworthy, allowing for the creation of complex structures without the labor-intensive removal of support material post-printing. Nonetheless, the higher cost of PVA and proprietary PLA filaments, partly attributed to the inclusion of NFC technology for automatic material identification, could be a constraining factor for regular use, despite the convenience offered.

Dual Extrusion Capabilities

The dual extruder system is a defining feature of the Ultimaker 3, facilitating the simultaneous use of different materials or colors. This capability is revolutionary for creating models that require support structures or those that benefit from the aesthetic or functional advantages of multi-material prints. However, the considerable expense associated with dual extrusion, both in terms of the printer's overall cost and the materials used, may limit its appeal to users for whom specific applications justify the investment.

Cost Considerations

The high price point of the Ultimaker 3 is an unavoidable topic of discussion. While its advanced features, reliability, and print quality are beyond dispute, the financial outlay required places it in a premium segment of the market. This cost may be justifiable for institutional settings, professional environments, or enthusiasts for whom the printer's dependable performance and advanced capabilities are indispensable. However, casual users or hobbyists might find it difficult to rationalize the investment given the availability of less expensive alternatives that, while lacking some of the Ultimaker 3's advanced features, still offer satisfactory performance for most applications.

Innovative Features

Among the more modern amenities of the Ultimaker 3 are its Wi-Fi connectivity and the inclusion of an onboard camera, enabling remote monitoring and operation of the printer. These features, while indicative of the printer's cutting-edge design, might not present sufficient value for all users, especially those for whom direct interaction with the printer is feasible and preferred. The shift from SD card to USB drive usage for file transfers is a minor yet notable change, reflecting a trend towards more universally accepted data storage solutions.

Concluding Thoughts

In conclusion, the Ultimaker 3 stands as a testament to the potential of 3D printing technology, offering remarkable versatility, reliability, and quality. Its appeal is most pronounced among those who will fully utilize its advanced features, including dual extrusion, Wi-Fi connectivity, and remote monitoring capabilities. The principal deterrent for prospective users remains its substantial cost, which, while justifiable by its advanced capabilities and performance, limits its accessibility to a wider audience. Despite this, for those who can justify the investment, the Ultimaker 3 promises to be a highly valuable and reliable tool in pushing the boundaries of 3D printing.