
TUMAKER is participating in the 2025 Mugak Biennial by applying large-scale additive manufacturing to create an innovative and sustainable architectural installation.

Discover how pellet-based 3D printing contributes to the circular economy in laboratories and research centers by facilitating the use of sustainable materials, their reuse, and the development of new industrial applications.

Discover the technical differences between filament-based and pellet-based 3D printing, their advantages, industrial applications, and the criteria for selecting the best technology for each process.

AIMPLAS is betting on TUMAKER’s pellet-based 3D printing technology to drive R&D&i projects, develop new materials, and promote innovative, sustainable solutions.

The University of Zaragoza has acquired the TUMAKER NX Pro Pellets 3D printer to advance research, biomedical engineering, and new material development projects using pellet-based 3D printing.

The University of Vigo is incorporating the TUMAKER NX Pro pellet 3D printer to boost research projects, biomedical engineering, and new material development.

Discover TUMAKER Pro Dual printers, featuring independent dual printheads and up to six possible combinations—including Bowden, Direct Drive, and Pellet extrusion—to maximize productivity and versatility.

The Recovery Plan for Europe drives digital transformation and the circular economy. Discover how TUMAKER’s pellet 3D printing contributes to this shift.

Meet the TUMAKER BIGFOOT, the large-format 3D printer designed to maximize productivity, reduce costs, and deliver high performance in industrial applications.