.png?width=150&height=48&name=3devo%20-%20Blue%20and%20Dark%20logo%20(1).png "3devo - Blue and Dark logo (1)"){kind=small}
Filament Maker TWO
3devo introduces our brand new Filament Maker TWO. A cutting-edge 3d printing filament extruder with innovative technology with advanced features.
Filament Maker ONE Composer
The Composer offers an easy-to-use
and durable solution for creating
custom 3D printing filament in a sleek, compact design.
Filament Maker ONE Precision
The Precision model delivers top-notch,
high-temp filament extrusion
with speed, consistency, and
user-friendly operation.
Filament Maker TWO
Experience extrusion power and versatility with the Filament Maker TWO. This advanced filament extruder and research platform allows you to explore new filament materials with increased stability, precision, and ease of use. Perfect for research, prototyping, recycling and material development, it features high motor torque, optimized heating, and advanced sensors for top-quality results.
Filament Maker ONE
The power of the Filament Maker ONE lies in its precision and versatility. Explore high-temperature capacity, precise diameter control, and advanced material mixing, making it ideal for diverse 3D printing applications. Its durable extruder screw and multi-zone heating ensure consistent, high-quality filament production.
Strengthening ABS with Nano Titanium Nitride
Scientists at the Hellenic Mediterranean University enhanced ABS filaments with nano Titanium Nitride using a 3devo Filament Maker, boosting their strength and durability for superior 3D printing.
Creating Polymer-Nickel Composite Filament
Researchers at Warsaw University of Technology utilized our Filament Extruder to create an enhanced PLA, PVB, and ABS composite filament with nickel, ideal for high-performance, porous 3D printing structures.
Stronger 3D Printing with PP-Tungsten Carbide Composite
Researchers at the Hellenic Mediterranean University have created a stronger, more durable 3D printing material by merging polypropylene with tungsten carbide, perfect for high-quality parts.
Limitless Material Composites at your fingertips
Our Filament Makers, equipped with advanced extrusion technology, empower you to effortlessly craft unique material composites. Tailor strength, flexibility, or heat resistance to meet your project's needs, unlocking innovation and elevating your 3D printing with customized filaments.
Carbon Fiber Reinforced Filament
Enhance the strength and rigidity of your 3D printed parts by combining PLA with carbon fibers. This composite material is perfect for creating lightweight yet robust components.
%20powder%2c%20resembling%20the%20texture%20of%20flour.%20The%20powder%20is%20white%20and%20appears%20finely%20granulated%20with%20a%20s.webp?width=384&height=384&name=DALL%C2%B7E%202024-05-28%2011.03.40%20-%20A%20close-up%20view%20of%20SLS%20(Selective%20Laser%20Sintering)%20powder%2c%20resembling%20the%20texture%20of%20flour.%20The%20powder%20is%20white%20and%20appears%20finely%20granulated%20with%20a%20s.webp)
SLS Powder Filament
Reprocess wasted SLS powder into high-quality filament for FDM printing. This cost-effective approach enables endless possibilities for recycling and material reuse.
Plastic Waste Filament
Collect plastic waste from tourist attractions and water-based heritage sites in Vietnam to create filament. Transforming bottle waste into usable filament supports recycling and sustainability.
Conductive Filament
Create functional electronic circuits by using conductive filament in your 3D printing projects. Ideal for printing PCBs, this filament allows for seamless integration of electronics into your designs.
%20(1).png?width=452&height=384&name=3d%20printed%20object%20with%20wood%20filament%20(1)%20(1).png)
Organic Filament Blends
Clients mix coffee grounds and wood fibers with standard filaments, adding unique aesthetics and contributing to sustainability. Reusing coffee grounds supports eco-friendly practices.
Filament for Biomedical applications
Suitable for soft tissue regeneration, bone tissue engineering, personalized medicine, and pharmaceutical drug development.
Intuitive Operation and Maintenance
- User-Friendly Design: Intuitive process for easy operation and
simplified spooling. - Modular Components: Quick-release parts for hassle-free cleaning
and maintenance. - Enhanced Insulation: Removable insulation with Velcro.
- Optimized Cooling: A controlled hopper cooler ensures stable
extrusion temperatures. - Precision Monitoring: In-built temperature monitoring for
consistent output. - Efficient Spooling System: Features a Tensioner Arm Swing for
perfect winding.
Precision Spooling with Enhanced Flexibility
- Automated Tension Control: The new tensioner arm automatically adjusts the tension, ensuring consistent winding without manual intervention.
- Spool Chuck Mechanism: Easily switch between spool sizes for maximum flexibility, accommodating a broader range of spool dimensions.
- Customizable Spool Parameters: Set specific spool dimensions directly on the device to achieve perfectly sized and neatly wound filament spools every time.
- Increased Spooling Area: Expanded room for spooling allows the use of larger spools, up to 3kg.
User-friendly and easy to control
Experience user-friendly control with the new Filament Maker TWO series. Unlike previous models with an OLED display and a single control button, the newest models feature an embedded 7" LCD touchscreen for effortless access to all filament maker functions.
Wirelessly connect the Filament Maker to your computer via an ethernet connection to view the measurement data and keep your machine updated with the newest firmware.
Advanced New Sensor
- 10 µm resolution
- Advanced vision-based diameter sensing
- Camera-assisted filament calibration
- Real-time visual diameter inspection
- Enhanced accuracy with 3-axis design
- Improved optics reduce interference from ambient light
This compact, intelligent sensor system is designed for the highest standards in filament quality, perfect for innovators in technical and educational fields.
Engaging Students and Researchers in Filament Creation and Recycling
Transform the way students and researchers learn with our Advanced Filament Makers. By directly engaging in the process of making custom 3D printing filament, learners can explore unique material properties and participate in sustainable plastic recycling projects. This hands-on filament creation experience fosters practical learning, encourages innovation in material science, and promotes sustainability education in academic environments.
%20(2)%20(1).jpg?width=6240&height=3512&name=Educator%20Blog%20pic%201%20(1)%20(2)%20(1).jpg)
Enhancing Industrial Prototyping with Industrial Filament Makers
Achieve faster prototyping cycles and cost-effective small batch production with our industrial-grade Filament Maker ONE and Filament Maker TWO. These machines are designed for rapid material testing and design validation, empowering industries to quickly iterate on new designs and test various filament materials like ABS, PLA, PEEK, and PEKK. Reduce your time-to-market and development costs compared to traditional manufacturing methods by leveraging these precision extrusion systems for industrial prototyping.
Sustainable Plastic Recycling for Manufacturing Processes
Drive sustainability in 3D printing and manufacturing processes by transforming plastic waste into high-quality filaments using our Filament Makers. This eco-friendly recycling method helps companies align with circular economy principles by reducing plastic waste and reusing it to produce new, usable materials. Our machines support green manufacturing and help you lower your environmental footprint while maintaining efficiency in production.
-min.png?width=1920&height=1080&name=Filament%20Makers%20Page%20(1920%20x%201080%20px)-min.png)
Revolutionizing Breast Reconstruction with Lattice Medical’s 3D Technology
Mattise 3D technology revolutionizes breast reconstruction by offering a more accessible and cost-effective solution.
Advancing Sustainable MJF Printing with AZ3D’s Eco-Friendly Filament Solution
AZ3D, a Tucson-based prototype manufacturer, repurposes unusable nylon MJF material into eco-friendly 3D printing filament.
Accelerating Space Exploration with ESA’s Innovative 3D Printing Research
The European Space Agency uses the Composer 450 for space research, focusing on prototyping with 3D printing.
Advancing Sustainable Automotive Practices with Audi’s Circular 3D Printing Initiative
Audi uses 3devo’s solution to recycle plastic waste into 3D printed tools, supporting their Mission: Zero for sustainable production.
Full Recycling System
Recycle failed prints, prototypes, or scrap material into usable filament with our complete setup. Our Plastic Shredder and Filament Extruders work together to give you consistent, high-quality results
Trade-in loyalty program
Ready for an upgrade? Trade in your Filament Maker ONE for a €2,000 discount and add the Filament Maker TWO to your setup. Experience smoother extrusion, smarter features, and a streamlined workflow designed for better results.
How We're Developing a Pressure Sensor for the Extrusion Process
Filament Maker TWO vs. Alternatives: Compare Filament Extruders
3devo 2024 Highlights: Reflecting on a Year of Growth and Change
.png?width=276&height=184&name=Filament%20Maker%20TWO%20(2).png)
