XN-MONSTER-100G
Model: XN-MONSTER-100G（10-6）
The first large-scale industrial-grade architectural 3D printer in China capable of printing a 110㎡ two-story villa in situ.
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Equipment Parameters
Equipment Details
As the first large-scale industrial-grade 3D printer in China to achieve in-situ printing of a 110㎡ two-story villa, this equipment, with its groundbreaking technological strength, completely breaks through the industry bottlenecks of traditional 3D printing in terms of house size and building number, setting a new benchmark for the large-scale implementation of additive manufacturing in construction.
The core of the equipment adopts a structurally optimized heavy-duty gantry structure, using high-strength alloy steel to construct the main frame, combining ultra-high rigidity and operational stability. This design can effectively withstand the high-load conditions during the concrete printing process, ensuring that the print head maintains precise positioning during large-span movements in the X/Y/Z axes. The nozzle repeatability deviation can be controlled within 0.1 mm, and the overall printed shape deviation does not exceed 2 mm. Simultaneously, the modular design of the gantry structure allows for flexible assembly according to construction site conditions, perfectly adapting to diverse site requirements in scenarios such as rural tourism and rural revitalization, achieving true in-situ printing.
To overcome the industry's technical pain points in concrete 3D printing, the equipment is equipped with a dedicated control system for concrete 3D printing, completely independently developed by the company. This system deeply integrates multiple core algorithms, enabling intelligent slicing of 3D building models and automatic optimization of printing paths. Simultaneously, it monitors key parameters such as slurry extrusion pressure, flow rate, and printing layer thickness in real time, dynamically adjusting through a closed-loop feedback mechanism to precisely adapt to the rheological properties of concrete materials. This self-developed system not only significantly improves printing efficiency and molding quality but also solves the problems of poor adaptability and insufficient printing stability of traditional general-purpose control systems. It ensures that the walls, floors, and other structures of a 110㎡ two-story villa are formed in one step, combining structural safety and architectural precision. This provides core equipment support for the leap of 3D printing technology from small single-unit buildings to medium-to-large-sized two-story residences.
Equipment Details
As the first large-scale industrial-grade 3D printer in China to achieve in-situ printing of a 110㎡ two-story villa, this equipment, with its groundbreaking technological strength, completely breaks through the industry bottlenecks of traditional 3D printing in terms of house size and building number, setting a new benchmark for the large-scale implementation of additive manufacturing in construction.
The core of the equipment adopts a structurally optimized heavy-duty gantry structure, using high-strength alloy steel to construct the main frame, combining ultra-high rigidity and operational stability. This design can effectively withstand the high-load conditions during the concrete printing process, ensuring that the print head maintains precise positioning during large-span movements in the X/Y/Z axes. The nozzle repeatability deviation can be controlled within 0.1 mm, and the overall printed shape deviation does not exceed 2 mm. Simultaneously, the modular design of the gantry structure allows for flexible assembly according to construction site conditions, perfectly adapting to diverse site requirements in scenarios such as rural tourism and rural revitalization, achieving true in-situ printing.
To overcome the industry's technical pain points in concrete 3D printing, the equipment is equipped with a dedicated control system for concrete 3D printing, completely independently developed by the company. This system deeply integrates multiple core algorithms, enabling intelligent slicing of 3D building models and automatic optimization of printing paths. Simultaneously, it monitors key parameters such as slurry extrusion pressure, flow rate, and printing layer thickness in real time, dynamically adjusting through a closed-loop feedback mechanism to precisely adapt to the rheological properties of concrete materials. This self-developed system not only significantly improves printing efficiency and molding quality but also solves the problems of poor adaptability and insufficient printing stability of traditional general-purpose control systems. It ensures that the walls, floors, and other structures of a 110㎡ two-story villa are formed in one step, combining structural safety and architectural precision. This provides core equipment support for the leap of 3D printing technology from small single-unit buildings to medium-to-large-sized two-story residences.