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    Filament CARBON PA Argo 2kg

    Carbon PA is a composite material in which chopped carbon fiber

    Filament CARBON PA Argo 2kg

    Carbon PA is a composite material in which chopped carbon fibers are incorporated into a polyamide matrix, creating one of the highest performing 3D printing polymers in the entire industry.

    Roboze uses the PA 6.10 matrix, because it guarantees lower hygroscopicity and greater stability over time. Reinforcement of semi-crystalline PA 6.10 plastic with chopped carbon fibers results in a material much stronger than normal polyamide. Roboze‘s carbon fiber reinforced PA has excellent resistance to abrasion and chemicals, that together with excellent mechanical properties, makes it the perfect candidate for metal replacement applications.

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    Roboze Plus PRO

    The first step in high performance additive manufacturing

    Roboze Plus PRO

    The first step in high performance additive manufacturing


    Custom 3D printing and scalability for different sectors

    In-house design-test-modification cycle for the production of competitive electrical components. Produce your ultra-detailed parts from materials that match your technical requirements with the most repeatable and scalable 3D printing technology in the industry.

    Support for industrial production lines

    Professional 3D printer which makes your industrial production safe, fast and standardized, getting tools and equipment in half the time compared to other solutions on the market. The high dimensional accuracy of the parts, given by the technological ecosystem created, ensures quality, accuracy and repeatability of the equipment over time.

    Increase your efficiency and competitiveness

    Roboze‘s specialization in Metal Replacement and 3D Printing is a valuable tool for integrating traditional production, producing small customized batches, digitalizing the warehouse and reducing costs and delivery times of finished products.
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    Roboze One PRO

    UltraFAST printing of prototypes and equipment

    Roboze One PRO

    UltraFAST printing of prototypes and equipment


    Performance-oriented production

    Faster development and production cycles with less investment in terms of time, costs and materials. The Roboze One PRO professional 3D printer improves your workflow and offers greater autonomy in the management of processes and results.

    Functional prototyping

    Optimization of the prototyping phase, from days to a few hours, with an industrial, flexible and cost-efficient process. Cut operating costs of machines, costs of materials and labor, as well as design time.

    UltraFAST process for faster 3D printers

    The Prometheus UltraFAST print profile, developed for Roboze 3D printing PRO systems, allows you to produce Carbon PA and ULTRA-PLA parts 2 times faster than any other solution on the market. Work parameters and machine settings are quick to increase uptime.
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    Roboze ARGO 1000

    The ARGO 1000 is the world's largest 3D printer equipped with a heated c

    Roboze ARGO 1000

    The ARGO 1000 is the world’s largest 3D printer equipped with a heated chamber for fast production of incredibly strong super polymer and composite parts. ARGO 1000 launches the era of customized manufacturing for exceptionally large parts.


    Thanks to its large work volume – 1000x1000x1000mm; nearly 40 by 40 by 40 inches – it is possible to print larger components and a greater number of parts all in a single job, allowing you to satisfy different and changing needs while optimizing time and reducing costs.


    The Roboze heated chamber is the result of years of work, prototypes and hundreds of simulations. We developed this unique solution to allow a homogeneous working environment aimed at consolidating the parts with a perfect thermal fusion of each layer in order to achieve exceptional mechanical properties. This is among the most important elements of the Roboze Automate technological ecosystem as it has a strong impact on the mechanical properties of the final component.


    The production process of the ARGO 1000 is optimized to print parts with the best performing formulations to the maximum of their properties, allowing for fast and flexible metal replacement production.


    ARGO 1000 is equipped with an industrial automation system that seamlessly integrates into your production workflow, allowing you to program parts production, analyze data, and quickly predict and resolve downtime, thus increasing efficiency and mitigating the risks of printing failure.

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    Roboze ARGO 350

    The ARGO 350 heated chamber allows printing in a heated and controlled environment

    Roboze ARGO 350

    The ARGO 350 heated chamber allows printing in a heated and controlled environment. It reaches 356°F (180°C), processes super polymers and composite materials, and respects the glass transition temperature of each material, ensuring thermal fusion of the layers and compliance with the dimensional tolerances of the printed part.


    HVP Extruder is the patented extrusion system on ARGO 350 that allows the printing of super polymers and composites for the replacement of metal parts. The extrusion system has been designed to process materials up to 450 ° C, making the 3D printing of super polymers a stable and robust process that is guaranteed even for long-lasting prints.


    HVP Extruder is the patented extrusion system on ARGO 350 that allows the printing of super polymers and composites for the replacement of metal parts. The extrusion system has been designed to process materials up to 450 ° C, making the 3D printing of super polymers a stable and robust process that is guaranteed even for long-lasting prints.

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    Roboze ARGO 500

    ARGO 500 is the first 3D printer for super polymers and composites equipped with

    Roboze ARGO 500

    ARGO 500 is the first 3D printer for super polymers and composites equipped with the Roboze Automate technological ecosystem, which brings industrial automation to 3D printing. Thanks to the combination of hardware, advanced sensors, B&R PLC control, Roboze Beltless technology and total process control, Roboze 3D printing is repeatable, automated and controlled, like any other industrial production process.


    ARGO 500 has been designed to produce finished parts using the highest performing super polymers and composites of the entire sector, monitoring the management of the material, from hygroscopic control to drying and preheating, up to the gradual cooling phase of the produced part. Everything is designed to achieve extraordinary mechanical performance.


    The 3D printing process of super polymers and composites requires a homogeneously heated chamber to obtain high mechanical properties and to respect the dimensional tolerances on the part produced. The Roboze heated chamber process is the result of years of development and study of all the variables involved. ARGO 500 represents the state of the art.