Application
DIGITAL CONSTRUCTION
· House construction
Digital production (speed + customization + low carbon) replacing traditional construction. Solutions span emergency-to-commercial projects, tackling housing shortages and low-carbon transition via materials or collaboration advances.
· Public facilities/landscapes
Free in design, green and efficient, and flexibly adaptable. Through the logic of “direct transformation from digital models to physical entities”, complex designs that cannot be achieved by traditional craftsmanship can be easily realized.
CONSUMER GOODS MANUFACTURING
· lights and decorations
It can meet the needs of complex design and modeling, accurately match users’ personalization and scenarios, and shorten the production cycle.
GEO RT1 KC20 Concrete
Here is the relevant introduction of this device, including its performance, advantages, and some parameters, etc
· House construction
Digital production (speed + customization + low carbon) replacing traditional construction. Solutions span emergency-to-commercial projects, tackling housing shortages and low-carbon transition via materials or collaboration advances.
· Household articles for daily use
Personalized customization enables precise adaptation to life scenarios and individual needs, satisfies diverse functional and texture requirements, and enhances the functionality and durability of products.
INDUSTRIAL MOLDS
· Aerospace equipment
Complex components integral-formed, lighter, more efficient; extreme environment resistant, high reliability; shorter R&D, lower cost; multi-material integrated, better performance.
· Shoe mold
Complex patterns and special shapes realized quickly; shorter development cycle, flexible design iteration; high material use, lower cost; personalized customization, meeting diverse needs.
UNIVERSITY LABORATORY
· Teaching experiment
Abstract concepts to physical models; personalized teaching aids for diverse needs; shorter preparation, lower cost; stimulate innovation, enhance hands-on skills.
· Scientific research
Aids research: fast complex devices, faster verification; multi-material combinations, real simulations; custom models, diverse needs; lower prototype cost, higher innovation efficiency.