GLOBAL 3D is the official distributor of 3devo filament extruders in Poland. The purchase of filament extruders in our company is a guarantee that you will receive an original device from the distribution to the Polish market, as well as fast and professional technical support. In addition, we offer implementation training on the purchased device.

3devo Filament Maker TWO

The 3devo Filament Maker TWO is a high-quality filament extruder with a maximum heating temperature of 450 °C. The Filament Maker TWO extruder is available in two versions: HighFlow and Fusion. The 3devo Filament Maker TWO is equipped with a high-flow screw that allows for fast and precise extrusion of material, while the Fusion version has a special screw that allows for mixing of materials. The Filament Maker TWO extruder will be perfect for professional industrial and manufacturing applications as well as scientific, engineering and industrial applications.

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Filament Maker TWO

The Filament Maker TWO is designed for R&D labs, universities and professionals developing custom filaments from virgin polymers, composite materials or recycled materials. With its modular design and real-time data logging, the extruder allows researchers to create and refine materials with full control over every variable.

High performance

The Maker TWO extruder can reach temperatures of up to 450°C, allowing it to use a wide range of materials for a variety of 3D printing applications.

Multi-zone heating

The Maker TWO is equipped with an advanced heating system with 4 zones that allow for precise material processing.

Precise diameter control

The Maker TWO extruder allows you to produce filament from 0 to 4 mm in diameter with high accuracy, ensuring consistent print quality.

Option to mix materials

The Maker TWO extruder allows you to mix materials to create custom filaments with unique properties.

Quality construction

The Maker TWO Fusion has an interchangeable screw made of hardened steel that allows the creation of complex mixtures of materials. The Maker TWO HighFlow, on the other hand, has a high-flow screw that allows for fast as well as precise extrusion of material.

Flexible launch modes

The Maker TWO extruder has options for automatically and manually starting the extrusion process.

Applications for 3devo Maker TWO extruders

• Plastic waste recycling - Plastic waste can be transformed into high-quality 3D printing filament through an advanced recycling system. This process allows for the reuse of failed prints and support materials, contributing to sustainable production and waste reduction.
• Production of custom filament - Creating filaments tailored to specific applications is possible thanks to innovative extrusion technologies. Modern solutions allow experimenting with different materials and developing optimal parameters for a specific application.
• Research and development of new materials - Advanced systems enable the development of new composite filaments, including those with the addition of fiberglass, carbon fiber and other materials with unique properties. It is also possible to conduct research on existing polymers, such as ABS or PEEK, in order to optimize their performance in the 3D printing process.
• 3D printing in education - 3D printing technology is an innovative educational tool for acquiring knowledge in materials engineering, additive manufacturing and sustainable development. With practical solutions, it is possible to effectively implement modern teaching methods in various areas of education.

Filament Maker TWO HighFlow

The 3devo Filament Maker TWO HighFlow is equipped with a high-flow screw, which allows for fast and precise extrusion of the material. Filament Maker TWO HighFlow will be perfect for professional industrial and manufacturing applications.

Filament Maker TWO Fusion

The 3devo Filament Maker TWO Fusion features a hardened screw that provides durability, as well as strength, when mixing different materials. The ability to mix materials makes the Fusion ideal for research related to creating new types of composite materials for scientific, engineering and industrial applications.

Real-time extrusion

The Filament Maker TWO has an advanced monitoring system that allows real-time control. The extruder is additionally equipped with a 3-axis filament sensor (10 μm resolution, > 25 measurements per second) that measures the ovality of the filament and an infrared thermal imaging camera that measures the surface temperature of the filament before the material is wound onto the spool, ensuring consistent filament quality, especially for high-temperature materials.

Optimization

The Filament Maker TWO extruder features a split enclosure that provides easy access to the interior, allowing you to:

• Quick removal/replacement of screws
• Solving process problems
• Effective change of materials in research and development processes
• Easy removal of insulating sleeve, die head and nozzle
• Access to components for simple maintenance

High precision

3devo Filament Maker TWO extruder offers significant extrusion control advantages over previous model:

• Nearly zero rpm fluctuations thanks to the extruder's more powerful drive system
• Extended screw for better melt control
• Faster and more stable temperature control thanks to more powerful heaters
• Cooled tank with temperature monitoring
• Presets for materials and winding, allowing you to start extrusion immediately

Streamlined control and configuration

Filament Maker TWO features an improved user interface that allows easy access to settings, parameter control and real-time on-screen notifications.

• Touchscreen interface with easy-to-access settings, parameter control and real-time on-screen notifications
• Variable tension force, suitable for different materials.
• Spool holder design for easy loading and reduced preparation time
• Spool capacity up to 3 kg

Compatible polymers

The Filament Maker TWO is designed for advanced polymer research and development. The 3devo Maker TWO extruder enables precise processing of a wide range of thermoplastics. The Maker TWO allows mixing and testing of materials and recycling of different types of polymers.

Waste for recycling

Technical polymers

High performance

Additives and composites

3devo Filament Maker TWO also allows the use of engineered and composite materials such as carbon fiber, ceramic powder, metal powder, wood, fiberglass, polymer blends and biodegradable polymers.

DevoVision application - Comprehensive data monitoring

The DevoVision app allows monitoring key elements such as heating settings and filament diameter in real time. In addition, the application allows the tracking of speed and screw rotation, which are visualized in graphs. These graphs can be easily exported to Excel for further analysis.

Material extrusion process

The 3devo Filament Maker extruder is an advanced device designed to convert pellets or ground plastic waste into high-quality 3D printing filament. The production process follows several key steps:

1. Feeding of raw material

Material in the form of pellets, ground waste or processed 3D prints is poured into the hopper. Thanks to a controlled feeding system, the raw material is evenly delivered to the extruder screw, ensuring process stability.

2. Melting and homogenization

The raw material is transported through the extruder screw to the heating zones, where it is gradually heated and plasticized. The 3devo Filament Maker uses precisely controlled temperature zones that ensure even melting of the polymer and its homogenization. Appropriate temperature and screw speed parameters produce a homogeneous mass without air bubbles or structural defects.

3. Filament extrusion and forming

The molten material passes through a nozzle with a precisely defined diameter, forming a continuous filament. A cooling system based on controlled circulation of air or water stabilizes the dimensions of the filament and prevents its deformation.

4. Diameter measurement and control

Built-in laser sensors continuously monitor the diameter of the filament, enabling automatic adjustment of process parameters to maintain a consistent dimensional tolerance. This results in a high-precision filament suitable for professional 3D printing applications.

5. Winding on the spool

The finished filament is evenly wound onto a spool using an automatic winding system that takes care of the proper tension and placement of the material. Once the process is complete, the filament is ready for use in 3D printers.