3devo Brand by OmniFab

Precision - Filament Maker One

Designed for Material Research and Innovation

A desktop filament extrusion system for universities, laboratories, and R&D teams, providing hands-on control over material development, testing, and iteration.

Test, develop, and refine material concepts in-house with confidence.

Explore, Test, and Learn

Filament Maker One is a desktop filament extrusion system designed for hands-on material exploration, testing, and early-stage research. Used by universities, laboratories, and R&D teams, it supports material experimentation, extrusion analysis, and practical material development.

Explore, Test, and Learn

Filament Maker One is a desktop filament extrusion system designed for hands-on material exploration, testing, and early-stage research. Used by universities, laboratories, and R&D teams, it supports material experimentation, extrusion analysis, and practical material development.

Compatible Polymers

Filament Maker One supports a wide range of thermoplastics for hands-on material testing, research, and early-stage development.

Recycled & Common Polymers

  • PET
  • PLA
  • PP
  • HDPE
  • PETG
  • ABS
  • PS
  • LDPE
  • PC
  • PHB

Engineering Polymers

  • TPU
  • POM
  • PA6
  • PVA
  • TPE
  • PCL
  • PA66
  • PA
  • ASA
  • PA12

High-Performance Polymers

  • PEEK
  • PEI
  • PSU
  • PEKK
  • PPSU

Recycled & Common Polymers

  • PET
  • PLA
  • PP
  • HDPE
  • PETG
  • ABS
  • PS
  • LDPE
  • PC
  • PHB

Engineering Polymers

  • TPU
  • POM
  • PA6
  • PVA
  • TPE
  • PCL
  • PA66
  • PA
  • ASA
  • PA12

High-Performance Polymers

  • PEEK
  • PEI
  • PSU
  • PEKK
  • PPSU

Additives and Composites

Process a wide range of additives and composite formulations to create advanced, application-specific materials.

  • Carbon fiber
  • Ceramic powder
  • Chemical additives
  • Metal powder
  • Wood
  • Glass fiber
  • Nanoparticles
  • Blends of polymers
  • Biodegradable polymers
  • Carbon fiber
  • Ceramic powder
  • Chemical additives
  • Metal powder
  • Wood
  • Glass fiber
  • Nanoparticles
  • Blends of polymers
  • Biodegradable polymers

Simple and Intuitive Operation

Operate the system through an intuitive interface that enables fast setup and efficient extrusion with minimal complexity.

  • Navigate system settings through a clear OLED display and a simple rotate-and-push control
  • Use predefined material profiles to start extrusion quickly without complex setup
  • Create and save custom profiles to support repeatable workflows
  • Designed for hands-on use in educational, lab, and early-stage research environments

Simple and Intuitive Operation

Operate the system through an intuitive interface that enables fast setup and efficient extrusion with minimal complexity.

  • Navigate system settings through a clear OLED display and a simple rotate-and-push control
  • Use predefined material profiles to start extrusion quickly without complex setup
  • Create and save custom profiles to support repeatable workflows
  • Designed for hands-on use in educational, lab, and early-stage research environments

Real-Time Process Monitoring

Monitor key extrusion parameters in real time to better understand material behavior and make informed adjustments between runs.

  • Track key process parameters such as temperature, filament diameter, and motor activity during extrusion
  • Visualize data through simple graphs to support analysis and comparison between runs
  • Export data for further evaluation and documentation of material tests
  • Use process insights to adjust settings and improve repeatability over time

Real-Time Process Monitoring

Monitor key extrusion parameters in real time to better understand material behavior and make informed adjustments between runs.

  • Track key process parameters such as temperature, filament diameter, and motor activity during extrusion
  • Visualize data through simple graphs to support analysis and comparison between runs
  • Export data for further evaluation and documentation of material tests
  • Use process insights to adjust settings and improve repeatability over time

Precision Filament Monitoring and Handling

Monitor and control filament diameter during extrusion to ensure consistent output across testing and prototyping workflows.

  • Optical sensor monitors filament diameter during extrusion
  • Measurement data helps identify variations and adjust settings between runs
  • Puller system regulates filament speed to support consistent diameter formation
  • Interchangeable puller wheels accommodate different material temperatures

Precision Filament Monitoring and Handling

Monitor and control filament diameter during extrusion to ensure consistent output across testing and prototyping workflows.

  • Optical sensor monitors filament diameter during extrusion
  • Measurement data helps identify variations and adjust settings between runs
  • Puller system regulates filament speed to support consistent diameter formation
  • Interchangeable puller wheels accommodate different material temperatures

Consistent Filament Production

Designed to maintain consistent filament formation during extrusion, ensuring reliable output across testing and prototyping workflows.

  • Vertical extrusion path supports stable filament flow during extrusion
  • Balanced cooling system helps regulate filament temperature during formation
  • Integrated spooling mechanism ensures steady winding and reduces variability during collection

Consistent Filament Production

Designed to maintain consistent filament formation during extrusion, ensuring reliable output across testing and prototyping workflows.

  • Vertical extrusion path supports stable filament flow during extrusion
  • Balanced cooling system helps regulate filament temperature during formation
  • Integrated spooling mechanism ensures steady winding and reduces variability during collection

Precision Filament Spooling

Ensure consistent, controlled filament collection during extrusion for smooth operation and reliable output across every run.

  • Supports different spool sizes to accommodate various workflows and material runs
  • Adjustable spooling setup helps maintain even winding during operation
  • Integrated tension control supports smooth filament handling and reduces tangling
  • Reliable filament handling across testing, prototyping, and training workflows

Precision Filament Spooling

Ensure consistent, controlled filament collection during extrusion for smooth operation and reliable output across every run.

  • Supports different spool sizes to accommodate various workflows and material runs
  • Adjustable spooling setup helps maintain even winding during operation
  • Integrated tension control supports smooth filament handling and reduces tangling
  • Reliable filament handling across testing, prototyping, and training workflows
TECHNICAL SPECIFICATIONS
SIZE AND WEIGHT
Dimensions506 x 216 x 448 mm (19.9 x 8.5 x 17.6 in)
Weight24.5 kg (54 lb)
EXTRUSION DRIVE
RPM2 – 15 RPM
HOPPER SYSTEM
Volume2 L
Active cooledNo
BAND HEATERS
Max. Temperature450 °C
Heating zones4
Heater power225W per zone
COMPRESSION SCREW
Screw MaterialHigh Chromium and Molybdenum steel alloy
Hardening treatmentNitrided
Compression3 stages
Screw TypeFixed
Compression Ratio2,25
L/D ratio19,40
FILAMENT SENSOR
TypeInfrared
Framerate1 fps
Measurements axis1
Thermal sensorNo
PULLER
Low Temp High Grip Max.100 °C
High Temp Nonstick Max.380 °C
Puller TensionerFixed
SPOOLING
Max. Spool diameter240 mm (9.44 in)
Max. Spool width100 mm (3.93 in)
Max. Spool weight1 kg (2.2lb)
Automatic tensionerNo
Friction wheelNo
Spooling systemManually adjustable spool holder
ENERGY
Consumption average300 – 400 W
Consumption Max.1300 W
Voltage230 V or 110 V
Frequency50 – 60 Hz
CONNECTIONS
CAN-busNo
NetworkingEthernet
Power plugSchuko male to C13
USBUSB - B

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