Test Print
We print your model, using your chosen material, before you purchase the machine.
You evaluate surface quality, layer adhesion, dimensional stability, and cost per part.
No commitments. No guesses.
No Heavy Infrastructure
100 kg total weight. No crane, no foundation, no 3-phase power.
Klipper-based control, off-the-shelf mechanics, and printable spare parts.
Materials from 5 €/kg. Typical savings: 60% – 75% vs filament.
The 1 m³ pellet printing system.
The G1 printer is a complete large-format pellet printing system, built around our high-output extruder and an open, serviceable mechanical architecture.
Designed for reliability, predictable operation, and low operating cost.
High-output pellet extruder
The Ginger extruder is the core of our system: a high-throughput pellet unit engineered for fiber-filled and technical materials.
It is included with the printer and can also be purchased separately for OEM integration.
Lower material cost. Higher throughput. Immediate ROI.
Pellets cost 5–8 €/kg.
Filament costs 15–20 €/kg.
Most large parts require 8–12 kg of material.
This reduces part cost by 80–150 € per print and accelerates machine payback.
Use Cases
Built for practical, repeatable applications.
Full-scale volumes without outsourcing. Fast iteration cycles.
Large jigs, molds, and production aids at a fraction of CNC cost.
Robust parts for chairs, tables, lighting, and architectural elements.
Impact-resistant housings, test parts, and functional geometries.
Ginger Slicer
Predictable output, clear cost estimation.
The Ginger Slicer (based on Orca) includes tuned profiles for our extruder, ensuring stable layer times, correct cooling behavior, and reliable throughput estimates.
Users can calculate print duration and material cost before production.
Support
Straightforward setup. Standard components. Transparent support.
Every G1 Bundle includes a 1-day on-site setup and training session.
The machine is fully based on open, serviceable components.
If a part fails, we ship the STL or the replacement immediately.
No proprietary hardware. No vendor lock-in.
Dimensional accuracy depends on geometry. Typical tolerance: 0.5–1.0 mm on large parts.
Yes. We provide recommended settings and drying guidelines for each material.
Yes. Carbon-fiber and glass-fiber compounds run with hardened-steel hardware.
Equivalent to a medium workshop machine. Ventilation depends on material choice.
One day on site, including basic training.
12 months. All components user-serviceable.