Learn more about how the Thermo Scientific Process 11 Lab-scale 3D Filament Production System optimizes 3D filament product in one continuous process.

Eliminate steps in producing 3D filaments so you can test different material formulations – fast! Equipped with a melt pump, our systems allow precise strand production directly from twin-screw compounding. When you control 3D filament production you can

optimize prototype features via 3D printing
get your products to market faster
respond quickly to customer requests

Read how 3D filament consistency is mainted in our applications:

Use of a Melt Pump to Produce Filaments for Additive Manufacturing (3D Printing)

Read app note

Learn about the Process 11 Twin-Screw Extruder with Melt Pump for 3D Filaments

See the Process 11 Parallel Twin-Screw Extruder with the attached melt pump and spooler for additive manufacturing applications.

Thermo Scientific Process 11 Lab-scale 3D Filament Production System
Use this compact-benchtop solution for research-scale formulation and process development. (20 g/h up to 2 kg/h throughput)

Process 11 Twin-screw Extruder
Thermo Scientific Process 11 Melt Pump
Filament spooler (20 g/h up to 2 kg/h throughput)

Thermo Scientific HAAKE PolyLab Pilot-scale 3D Filament Production System
Use this system for small-scale production and process optimization. (Up to 5 kg/h throughput)

HAAKE PolyLab OS Rheomex PTW Twin-screw Extruder
Thermo Scientific Melt Pump for the OS Rheomex Extruder
Filament spooler on a mobile bench
Modular system, can be converted for mixer test or capillary rheology

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Read how 3D filament consistency is mainted in our applications:

Learn about the Process 11 Twin-Screw Extruder with Melt Pump for 3D Filaments