SpaceA Gen2 combines low material costs, high throughput, and stable process control to support economically viable industrial additive manufacturing.
By processing standard thermoplastic pellets with screw-extrusion technology, the system significantly lowers part costs compared to filament systems while maintaining industrial-grade performance.

The single-screw extruder with integrated drying ensures stable material conditioning, high dosing accuracy, and repeatable deposition quality, with throughput up to 20 kg/h.
Combined with 6-axis robotics and synchronous axis coordination, SpaceA Gen2 enables higher printing speeds, accurate deposition along complex 3D trajectories, and improved dimensional stability.

By processing standard injection-molding pellets, SpaceA supports an exceptionally wide range of polymers, from flexible TPUs and durable PP or PA to high-performance materials such as PC, PEEK, and fiber-reinforced compounds.
This allows manufacturers to select materials according to toughness, heat resistance, flexibility, or chemical stability requirements.

SpaceA offers modular extruders, scalable build volumes, and configurable production cells for different manufacturing requirements.
The F-Line provides an all-in-one machine solution, the E-Line upgrades existing KUKA robotic systems, the G-Line supports open-format and large-scale configurations, and the C-Line enables fully customized additive manufacturing centres.

SpaceA offers outstanding automation potential, enabling fully integrated additive workflows. Its open industrial control architecture and modular hardware design allow seamless interaction with robots, conveyors, sensors or handling systems.
Whether used as a standalone cell, part of a semi-automated line or a fully automated production environment, SpaceA adapts to any level of automation. This flexibility makes it ideal for scaling throughput, ensuring repeatability and enabling continuous, hands-off manufacturing.

The enhanced Ease of Use Concept brings material handling, process settings, monitoring, and system control together in one unified interface. Simultaneous axis control, fully integrated extruder control, integrated material data sets, and peripheral system integration simplify process setup, reduce operating errors, and shorten onboarding time for new operators.