Ultimaker S7 Overview from 3D Universe
Ultimaker S7
Ultimaker3D printer - FDM
AI summary
Introduction to Ultimaker S7
The Ultimaker S7 emerges as the latest iteration in the prestigious lineage of Ultimaker 3D printers, following the S3 and S5 models. Resulting from the amalgamation of Ultimaker and MakerBot, the S7 retains the hallmark features its predecessors were renowned for, such as dual extrusion, swappable print cores, onboard camera, network connectivity, and a heated bed. However, it distinguishes itself not through revolutionary technological advancements in 3D printing, but rather through evolutionary improvements aimed at enhancing the user experience.
Design and Build Improvements
A notable enhancement in the Ultimaker S7 is the integration of the formerly optional air manager directly into the printer's design, leading to a taller stature than its predecessor, the S5. This addition significantly improves air filtration, capturing up to 95% of ultrafine particles with an EPA filter, and assists in maintaining an optimal temperature within the build chamber. The printer also introduces a single glass door with a magnetic closure for better temperature containment and ease of access.
Flexible PEI Build Plate
Transitioning from glass to a flexible PEI (Polyetherimide) build plate marks a significant upgrade in the Ultimaker S7. This new build plate enhances the ease of model removal post-printing, eliminating the need for adhesives for most materials. It features a magnetic alignment system for effortless placement and is double-sided, extending its lifespan. The flexible nature of the PEI plate and its inherent properties also mirror the benefits of using adhesives like Magigoo by facilitating easy print removal once the bed cools.
Printhead Enhancements and Material Handling
Further refining the printing process, the S7 introduces an inductive sensor on the printhead for improved automated leveling, ensuring a perfect first layer. This, coupled with new bed tilt compensation technology and the elimination of manual bed leveling adjustments, underscores Ultimaker's commitment to reliability and user convenience. Additionally, the S7 maintains dual extrusion capabilities and compatibility with a wide range of materials, including abrasive ones, through its varied print cores.
Connectivity and Auxiliary Features
With an upgraded full HD camera positioned for a top-down view of the printing process and an enhanced Wi-Fi antenna supporting both 2.4 and 5 GHz networks, the S7 promotes ease of monitoring and robust network connectivity. It's also fully compatible with the Ultimaker Material Station for automated material handling, adding to its appeal for high-volume print environments.
Ecosystem and Support
Purchasers of the Ultimaker S7 gain access to the extensive Ultimaker ecosystem, which encompasses the Ultimaker Cura slicing software, recognized for its widespread use and continuous enhancements. The ecosystem also offers a comprehensive support network, the Ultimaker Academy for e-learning, and the Ultimaker Digital Factory for cloud-based print job and project management. This integrated approach ensures a smooth and efficient 3D printing workflow.
Conclusion
While the Ultimaker S7 might not break new ground in 3D printing technology, it encapsulates significant refinements over its predecessor, focusing on user experience, ease of use, and integration within the Ultimaker ecosystem. Its design updates, introduction of a flexible PEI build plate, and printhead improvements position it as a compelling choice for those who value reliability and simplicity in their 3D printing operations.