DEGO! Desktop Extruder
DEGO! Desktop Extruder
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3,500.00 € 3,500.00 €
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DEGO! Desktop Extruder

PLASTICPRE-DEGO
3,500.00 € 3,500.00 €
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Quantity

In stock 0 units available for immediate shipping.
units available for shipping in 5 - 7 days
Available for shipment within 5 - 7 days

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We notify you when it will be available:

Approximate delivery date: Thursday 21 May - Monday 25 May

Financing available through leasing or renting. More information

from 54.00 €/month
(tax not included)

The DEGO! desktop extruder, designed by Plasticpreneur, stands out as an advanced solution within the circular economy ecosystem. It is engineered as a desktop plastic recycling machine aimed at education, scientific demonstration, and innovation environments. Its recycled plastic extrusion technology transforms waste into new materials in seconds, promoting hands-on learning and environmental awareness.

Video 1: DEGO! desktop extruder presentation. Source: Plasticpreneur

Portable plastic recycling machine for circular economy and sustainable manufacturing

The transition to sustainable production models relies on plastic recycling solutions capable of making industrial processes visual and educational. This compact recycling machine integrates a plastic extrusion system designed for STEM environments, enabling the immediate transformation of waste into reusable formats.

With a portable design weighing 20 kg and optimized dimensions of 21 x 55 x 39 cm, this compact plastic extruder easily integrates into laboratories, technical classrooms, and innovation spaces. Its standard 230 V power supply allows easy deployment without complex industrial infrastructure, making it a key tool for teaching applied circular economy.

The DEGO! turns waste into resources, making the value of the circular economy visible in action

Photo 1: The DEGO! turns waste into resources, making the value of the circular economy visible in action. Source: Plasticpreneur

STEM Lab-in-a-Box: hands-on learning with recycled plastic extrusion

The STEM Lab-in-a-Box concept redefines science education through the use of a plastic extruder for STEM education focused on direct material experimentation. Learning is centered on understanding the properties of plastic as a versatile resource within sustainable manufacturing processes.

The integration of mechanical plastic recycling processes in educational settings facilitates understanding of how waste is transformed into new products, fostering project-based learning methodologies and applied experimentation.

The DEGO! enables the transformation of plastic waste into new materials, supporting meaningful hands-on learning

Photo 2: The DEGO! makes it possible to transform plastic waste into new materials, enabling meaningful hands-on learning. Source: Plasticpreneur

Plug-and-play technology for makerspaces, fablabs, and STEM labs

The plug-and-play design of this educational plastic recycling machine removes technical barriers and simplifies adoption in innovation environments. Its streamlined setup allows immediate implementation in makerspaces, fablabs, and STEM labs without prior experience with industrial machinery.

This desktop recycled plastic extrusion system encourages the exploration of new materials and the creation of sustainable products through in situ transformation processes, reinforcing active learning and technological innovation.

Using DEGO! in educational environments promotes material experimentation and the development of scientific and creative skills

Photo 3: Using DEGO! in educational environments promotes material experimentation and the development of scientific and creative skills. Source: Plasticpreneur

Safety, portability, and efficiency in educational plastic extruders

Safety is a core element in the design of this desktop plastic extruder, meeting high standards to ensure controlled working environments for education and demonstration. This approach allows users to focus on material experimentation and understanding industrial processes.

The system’s portability enables use in mobile workshops, educational events, and shared spaces, expanding the reach of educational plastic recycling across multiple contexts. Its operational efficiency and low running costs strengthen its position within the sustainable manufacturing solutions market.

Video 2: Manufacturing process of the DEGO! desktop extruder. Source: Plasticpreneur

Instant transformation of waste into value within the circular economy

The DEGO! Desktop-Extruder turns sustainability into a tangible experience by directly transforming plastic waste into new products. This approach reinforces the understanding of the circular economy applied to real manufacturing processes.

The integration of this desktop plastic recycling machine in educational and innovation environments promotes the development of technical, creative, and environmental skills, consolidating a learning model based on experimentation, action, and material transformation.

The DEGO! enables accessible sustainable manufacturing in classrooms, laboratories, and innovation spaces

Photo 4: The DEGO! enables accessible sustainable manufacturing in classrooms, laboratories, and innovation spaces. Source: Plasticpreneur

General information

Manufacturer Plasticpreneur
Pressure 70 bar

Electrical properties

Power 400 W

Dimensions and weight

Dimensions 210 x 550 x 390 mm
Weight 20 Kg
Package weight 30 Kg

Other

HS Code 8477.5900

Proper use of the DEGO! Desktop Extruder by Plasticpreneur requires working with clean, dry, and pre-shredded plastic materials to ensure uniform extrusion and prevent clogging. It is recommended not to mix different types of polymers, as they can negatively affect performance and the quality of the resulting material. Before starting the process, the equipment should be preheated and the temperature adjusted according to the type of plastic, ensuring proper melting and continuous flow during extrusion.

During operation, it is important to maintain a constant material feed, avoiding overloads that may cause irregularities in the process. A homogeneous flow indicates correct parameters, while the presence of bubbles or variations may signal moisture issues or improper temperature settings. It is also recommended to operate the equipment in well-ventilated areas and avoid contact with hot surfaces to ensure safe working conditions.

To ensure optimal performance and extend the equipment’s lifespan, it is essential to perform regular cleaning after each use and carry out purging processes when changing materials. These practices help maintain the stability of the extrusion system and optimize the quality of recycled material, establishing the DEGO! as an efficient solution for plastic recycling, circular economy, and sustainable manufacturing applications.

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