Lulzbot TAZ 6 Review

Introduction to the LulzBot TAZ 6 3D Printer

The LulzBot TAZ 6 emerges as the newest 3D printer from LulzBot, featuring iterative design improvements over its predecessor, the TAZ 5. With enhancements that include nozzle cleaning and self-bed leveling, the TAZ 6 aims to streamline the 3D printing experience. The tool head has been updated, introducing a new cooling fan for prints and a more significant fan for the hot end, alongside a spring-loaded washer acting as a Z-minimum endstop to accommodate any residual plastic, preventing printhead jamming.

Unboxing and Set Up

Unboxing the TAZ 6 presents a straightforward setup process facilitated by comprehensive documentation and a suite of accessories within a branded tool carrying case. This case includes essential tools for maintenance and post-print processing. Initial impressions highlight the user-friendly nature from setup to printing, endorsed by the inclusion of various filament types for testing the printer's capabilities.

Software Integration

Addressing software, the TAZ 6 utilizes an updated version of Cura for slicing, offering an intuitive setup walkthrough. The experience showcases ease in selecting the printer, tool head, and material type without the need for extensive adjustments. This user-centric approach enables successful prints across various objects and materials without failure, enhancing reliability.

Print Quality and Performance

The TAZ 6 demonstrates commendable print quality with smooth finishes, even layers, and minor imperfections within acceptable ranges. Testing with different materials revealed consistent performance, albeit with occasional slight issues such as clogged holes or slight warping in particular scenarios. However, the default settings provided by LulzBot largely deliver effective results, showcasing the printer's capability to handle diverse printing tasks efficiently.

Potential Areas for Improvement

Despite its robust design, the TAZ 6 has room for enhancements, such as the tool head attachment mechanism, which could benefit from a thumbscrew design for toolless operation. While aesthetics include neatly organized wiring, the potential for integrating energy chains for wire management could offer a more polished appearance. Furthermore, the printer's reliance on 3D printed parts raises questions regarding perceived value and durability, despite LulzBot's commitment to quality and the open-source community.

LulzBot as a Company

LulzBot has established a reputation for contributing significantly to the open-source ecosystem, particularly with software solutions like Cura. The company encourages community involvement in improving products, showcasing an open-source philosophy that allows for customization and innovation. This ethos supports the TAZ 6's position not just as a product, but as a platform for development and learning within the 3D printing community.

Conclusion

The LulzBot TAZ 6 represents an evolutionary step in the TAZ series, focusing on user experience, reliability, and open-source values. While it may carry a premium price tag, its features and performance justify consideration for those serious about 3D printing, be it for educational purposes, hobbyists, or professional settings. Its ability to deliver consistent, high-quality prints with minimal setup and maintenance makes it a valuable tool for any 3D printing enthusiast or institution looking forward to embracing additive manufacturing technology.