SpaceA Gen 2. Technology - F Line
Modular and Efficient 3D Printing with Thermoplastics
SpaceA F-line is the definitive industrial 3D printer for cost-effective additive manufacturing. By processing standard granulates instead of expensive, specialized filaments, SpaceA delivers consistent industrial quality while scaling seamlessly from prototype to series production—achieving measurably lower part costs.
All-in-One Industrial Performance Our printers are complete, all-in-one solutions, standard-equipped with an integrated dryer, material feeder, high-performance screw extruder, industrial robot, and advanced control units. Defined by their compact footprint, flexibility, and rapid processing speeds, these systems are available in three distinct types. They are engineered to handle a wide range of applications, from intricate, small-scale prototypes to large-format furniture and robust industrial components.
Unmatched Modular Flexibility The core of SpaceA’s flexibility lies in the separation of the platform module and the print module. This modular architecture allows for a standardized production module to be combined with various platform configurations, or for multiple production modules to be integrated with a single platform. This unique design empowers you to customize your manufacturing environment to meet the exact demands of your production workflow.
Your benefits:
- Economical: strong prince-performance ratio
- Process reliability: stable temperatures and continuous monitoring
- Productive: fast availability thanks to high printing speed
- Scalable: from individual prototypes to small-scale and series production
Additive manufacturing, economically implemented: SpaceA uses a screw extruder for standard pellets, a 6-axis positioning system, high modularity and an industry-standard control system.
The SpaceA technology is based on the layer-by-layer deposition of molten thermoplastic material, where the component is built up through the solidification of the extruded strand. YIZUMI’s SpaceA technology is founded on four core principles for economic and efficient operation:
- Use of a screw extruder: For optimal material melting and processing.
- High system modularity: For maximum flexibility and custom configuration.
- 6-axis positioning system: For superior freedom of movement and precision.
- Industry-standard control system: For reliability and seamless integration into your production environment.