Formnext

TUMAKER AT FORMNEXT 2026

17 – 20 NOVEMBER 2026 · FRANKFURT, GERMANY

❯ HALL 12.1 · STAND E78
TUMAKER

News

Tumaker to Present New Extrusion Solutions for Its Modular 3D Printing Platform at Formnext 2026
68 2 min
PELLETSTUMAKER+3

Tumaker to Present New Extrusion Solutions for Its Modular 3D Printing Platform at Formnext 2026

Discover Tumaker's latest innovations at Formnext 2026, including high-flow pellet and heated syringe printheads for modular industrial 3D printing.

INDART3D
INDART3D
Pellet 3D Printing: Bridging Material Development and Industrial Manufacturing
25 5 min
PELLETSTUMAKER+1

Pellet 3D Printing: Bridging Material Development and Industrial Manufacturing

Discover how E.V.A Biosystems uses Tumaker pellet 3D printing technology to research and validate new polymer formulations before industrial processing.

INDART3D
INDART3D
Tumaker at the 2025 Mugak Biennial: large-scale additive manufacturing for a sustainable architectural installation.
19 4 min
INDART3DTUMAKER+3

Tumaker at the 2025 Mugak Biennial: large-scale additive manufacturing for a sustainable architectural installation.

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

INDART3D
INDART3D
Additive manufacturing and the circular economy: closing the material loop in the laboratory
13 6 min
INDART3DTUMAKER+2

Additive manufacturing and the circular economy: closing the material loop in the laboratory

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.

INDART3D
INDART3D
Filament vs. pellets in industrial 3D printing: technical criteria for professional and industrial applications
21 5 min
INDART3DPELLETS+2

Filament vs. pellets in industrial 3D printing: technical criteria for professional and 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.

INDART3D
INDART3D
AIMPLAS Chooses TUMAKER Innovation
21 4 min
TUMAKERINDART3D+2

AIMPLAS Chooses TUMAKER Innovation

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.

INDART3D
INDART3D
One Step Further in Research. TUMAKER NX Pro Pellets at the University of Zaragoza
12 5 min
TUMAKERIMPRESIÓN 3D+2

One Step Further in Research. TUMAKER NX Pro Pellets at the University of Zaragoza

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.

INDART3D
INDART3D
The University of Vigo Is Already Experiencing the Versatility Offered by TUMAKER Pellet 3D Printing
9 3 min
INDART3DIMPRESIÓN 3D+2

The University of Vigo Is Already Experiencing the Versatility Offered by TUMAKER Pellet 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.

INDART3D
INDART3D
TUMAKER Printers with Two Independent Print Heads Are Here. Up to 6 Possible Combinations
20 6 min
INDART3DIMPRESIÓN 3D+2

TUMAKER Printers with Two Independent Print Heads Are Here. Up to 6 Possible Combinations

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.

INDART3D
INDART3D

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