Introduction of Tullomer FDM Filament

Recently, Z-Polymers has taken the 3D printing world by storm with the introduction of its groundbreaking Tullomer FDM filament. Boasting an impressive array of properties, this filament is positioned to challenge traditional materials such as steel, aluminum, and well-known polymers like PEEK (polyether ether ketone). But what's truly fascinating is Tullomer's compatibility with lower-spec FDM printers, opening an exciting new frontier for makers and engineers alike.

Hands-On Testing and Comparison with PEEK

Interest in this innovative material has piqued, leading All3DP to conduct hands-on tests with Tullomer using official Bambu Lab printers, including the X1C and X1CE, which come equipped with manufacturer-provided profiles. The engineering-grade FDM filament market has existed for decades; for instance, PEEK has been a staple for high-performance applications since its introduction in the early 1980s. However, PEEK requires extruder temperatures exceeding 360°C and chamber temperatures around 90°C, which can be a hurdle for many users. In contrast, Tullomer operates at more accessible temperatures of 300°C for the extruder and 50°C for the chamber, aligning it more closely with commonly used filaments like ABS while eliminating the need for extensive post-processing like annealing.

Industry Adoption and Future Trends

One of the first adopters of Tullomer is Erdos Miller, an engineering firm specializing in the gas and oil sector. They have started using Tullomer for printing calibration tooling, previously created with carbon fiber-reinforced nylon (CF-PA) or PEEK. This pivot to Tullomer could signal a new trend in the industry—replacing traditional materials with this promising filament not only for tooling but potentially for other components as well.

Market Implications and Cost

As this story unfolds, we remain in the early days of Tullomer's journey. While the initial datasheet provides limited information, the price point is noteworthy. A 1 kg spool of Tullomer costs around $500, comparable to that of PEEK, and presents a more accessible entry point for those who may not have access to robust industrial-strength 3D printers.

Conclusion and Future Outlook

Could Tullomer be the filament of the future that revolutionizes not just 3D printing but also engineering practices across various industries? As we gather more data and user experiences, the potential implications of this innovative material will become clearer. Keep an eye on Tullomer—it may just redefine what’s possible in additive manufacturing!