Here are the engineering solutions behind each element of the ecosystem. No marketing. Only what works on site.
The printer is designed for continuous printing with cement mixtures. No compromises with desktop technologies: rack-and-pinion instead of belts, screw instead of piston, carbon and aluminum instead of steel.
Specifications and design
Drive on a rack and pinion, no slippage. Beam rigidity without sagging under load. Positioning repeatability of 2 mm — critical for layer alignment on multi-meter structures.
Why this matters: No trajectory drift over long distances. The first and last layers match exactly.
Constant pressure feed — layer thickness does not jump during a shift. Automatic lubrication every cycle: pump life is measured in years, not months. 120 L hopper, interchangeable nozzles 20–50 mm.
Why this matters: Stable extrusion at 1.35 m³/h without operator intervention.
Why this matters: The operator has full information to intervene in the G-code execution.
Load-bearing aluminum profiles. Carbon tubes at the key load points. Steel rigidity — without steel weight.
Why this matters: Portability. The printer is assembled on site without crane equipment. Disassembled for relocation to the next object.
The slicer doesn't just cut a 3D model. It accounts for the rheology of the construction mixture: viscosity, hydration time, shrinkage. The result is G-code adapted to the behavior of concrete, not thermoplastics.
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A cement mixture is not a plastic filament. It flows, sets, and shrinks. The slicer accounts for this when slicing the model into layers:
Why this matters: The wall comes out smooth, without sagging or gaps. Not because the operator is a genius. Because the slicer understands the material.
The slicer generates universal G-code. The nozzle path is optimized:
Why this matters: The G-code is universal — suitable for any machine that understands the standard. You are not tied to our hardware.
For our printer, the slicer has a built-in control module. The operator works in one window:
Why this matters: No need to switch between software and controller. The slicer and control panel are one unit.
The slicer is supplied with our printer. But it is not tied to it. G-code can be loaded into a third-party machine — gantry, robotic, delta. Integration via API for BIM and Digital Twin.
Why this matters: You are not forced to buy the entire ecosystem. The slicer works as a standalone product.
The enclosure is not a tarp over a printer. It is an engineered structure designed for wind and snow loads. Assembles in 3–7 days and operates year-round.
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The dome is assembled from aluminum arches according to a geodesic scheme. This structure distributes the load evenly across all elements:
A classic tent has walls at an angle — usable volume is lost along the perimeter. Our dome combines a sphere and a vertical wall 5.5 m high:
Multilayer membrane made of fire-safe PVC (Class G1):
Why this matters: A controlled microclimate is created inside. Optional — ventilation, heating, and humidification system. Outside can be -15°C, inside stable +10°C and above.
The dome assembles in 3–7 days. A crew of several people, no heavy machinery needed. When moving to a new site, the enclosure is disassembled and transported in standard transport.
Three technologies, each with its own engineering school.Together — a process that works 365 days a year