PLATYPUS X2 3D CONCRETE PRINTER
HOME 3D PRINTING TECHNOLOGY
HIGH PRECISION ROBOTIC SYSTEM
PLATYPUS X2
GUARANTEED QUALITY
ADVANCED HOME CONSTRUCTION
The PLATYPUS X2 3D Concrete Printer is at the forefront of the fourth industrial revolution. Complete for reliable and quality results in projects both large and small. Powered with an advanced software package and the TURISOPS proprietary extruding mechanism, this printer can construct profiles with complex geometries of up to 2 metre in height and width, including unlimited length.
The robust design ensures smooth printing processes with highly accurate layer binding. The PLATYPUS X2 printer is able to print large and small structural components for vast possibilities in design. The extruder nozzle is robotically rotatable with a smoothing trowel for clean finishes.
This enables emerging architects to validate challenging concepts. It will also enable small and large builders to optimise their operation and have an edge to compete for more geometrically demanding projects while remaining financially feasible. PLATYPUS... levels the playing field.
PLATYPUS X2 IS ITS OWN MANUFACTURING CENTRE
PLATYPUS X2
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Dynamic and reliable
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Robust rugged IP 67 rated
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High precision and repeatability
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Convenient on-site setup and operation
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2 metres height, 2 metres width
PLATYPUS SPECIFICATIONS
The first additive manufacturing solution to produce high quality concrete structures with guaranteed cost reduction, increased precision and reduced errors.
PRINT LENGTH
UNLIMITED
PRINT HEIGHT
2000mm
PRINT WIDTH
2000mm
MAX PRINTING SPEED
200mm/s
LAYER HEIGHT
Up to 40mm
LAYER WIDTH
Up to 40mm
MOVEMENT SYSTEM
Stepper Motor
PRINTER SET UP TIME
20 min
UNASSEMBLY TIME
20 min
MANNING
2 Operators
INTERFACE
Control Panel/Touch Pendant
SLICER SOFTWARE
LUYTEN
POWER SUPPLY
1 phase 230v 60Hz
POWER USAGE
1000w
VOLTAGE INPUT
230v
INGRESS PROTECTION
IP67
Wooden forms that cost 60% of total costs
Significantly high levels of cement (high CO2 footprint)
Rebars for strength
High logistical cost through pre-fabricated requirements
TRADITIONAL METHODS
Slow, material wasteful, heavily vulnerable to delays and defects
Complex geometry without formwork's
Significant reduction of cement use (low CO2 footprint)
Eliminate rebars using more sustainable strengthening agents
Low logistical cost through onsite printing
LUYTEN
