The Felfil filament extruder is a versatile tool that finds wide use in various fields, including schools, maker spaces and research and development laboratories. Thanks to 3D printing, students can learn how to turn a project into a tangible object, while makers can create customized filaments using sustainable materials such as recycled plastic or save on the cost of spools. Research and development laboratories can use the filament extruder to create prototypes of new products and experiment with new materials.

Extrusion in schools

Schools are one of the fields where the filament extruder can offer many benefits. With this tool, students can learn how to develop their creativity and acquire new technological skills. In addition, the use of recycled materials and education on sustainability can be easily integrated into the educational experience. Small recycling experiments can be carried out in the classroom, such as recycling yogurt cups or bottle caps.

Felfil is also suitable for more technical experiences, becoming a tool to teach mechanical and electronic functionalities and to test the chemical and physical properties of plastic materials.

Laboratory experiments

Research and development laboratories can use the Felfil Evo filament extruder to create prototypes of new products or to experiment with materials. Thanks to the possibility of testing even small quantities of plastic pellets or scraps, the filament extruder becomes an ideal tool for experimenting with innovative materials and for creating customised filaments with specific properties. For example, laboratories can mix organic waste or metal powders into the plastic filament to experiment with new properties.

Savings and innovation

The filament extruder can also be used to create filaments with properties, such as rigid or flexible, transparent or opaque, which can be used to develop innovative projects, both domestic and professional. Another important element to consider is the savings on spools: comparing the average price of a 1kg spool on the market and the price of the same material in pellet format, the savings are evident.

In conclusion, the Felfil filament extruder is a very useful and versatile tool that can be used in different fields, from schools to the research and development of innovative and sustainable products. Thanks to its ability to use different materials and to create customised filaments with specific properties, the filament extruder is an important resource for creating 3D objects and for experimenting with new creative solutions.