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PLATYPUS X4 3D CONCRETE PRINTER
3D CONSTRUCTION PRINTER SYSTEM
LARGE SCALE ROBOTIC SYSTEM
PLATYPUS X4
GUARANTEED QUALITY
ADVANCED HOME CONSTRUCTION
The PLATYPUS X4 3D Concrete Printer is a cutting-edge tool for the construction industry, leading the way in the fourth industrial revolution. With its advanced software package and proprietary TURISOPS extruding mechanism, the PLATYPUS X4 can construct large-scale projects with complex geometries up to 4 meters in height and 4 meters in width, with unlimited length.
The PLATYPUS X4 is capable of printing entire homes or structures in a single print, offering vast possibilities for freedom in design. This makes it an ideal solution for home builders and construction companies of all sizes, from small businesses to large enterprises. With the PLATYPUS X4, you can optimize your operations, gain an edge over the competition, and take on even the most challenging geometric projects, all while remaining financially feasible.
The PLATYPUS X4 levels the playing field, giving everyone the opportunity to benefit from the power and flexibility of 3D concrete printing.
BUILD FASTER AND SMARTER WITH UNIQUE DESIGNS
PLATYPUS X4
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Dynamic gantry system
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Robust rugged IP 67 rated
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High precision and repeatability
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Convenient deployment and on-site setup
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
4000 mm
PRINT WIDTH
4000 mm
MAX PRINTING SPEED
300mm/s
LAYER HEIGHT
Up to 40mm
LAYER WIDTH
Up to 40mm
MOVEMENT SYSTEM
Servo Motor
PRINTER SET UP TIME
30 min
UNASSEMBLY TIME
30 min
MANNING
2 Operators
INTERFACE
Control Panel/Touch Pendant
SLICER SOFTWARE
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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
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