A vitrine detalhada da piscina dentro do modelo do hotel demonstra vividamente a maestria artesanal do modelo.integrando perfeitamente os domínios da estética e da realidadeÉ como se um portal para um mundo onde a arte e a funcionalidade se fundem tivesse sido aberto, guiando-o graciosamente para um hotel resort suntuoso que exala um ambiente artístico esmagador.Cada elemento conta uma história de elegância e criatividade., oferecendo um vislumbre tentador de uma experiência de hospitalidade luxuosa e culturalmente rica.
Brief: Discover the stunning EMBT Natural Architectural Landscape Model Maker 1/500, showcasing the Shenzhen Mangrove National Park in exquisite detail. This 1:500 scale model highlights the park's natural beauty with precision craftsmanship and innovative design elements like a 3D-printed transparent dome.
Related Product Features:
1:500 scale model of Shenzhen Mangrove National Park, capturing intricate details with precision.
Made from high-quality materials including ABS, Acrylic, Metal, Aluminum, and Wood for durability.
Features a realistic style, perfect for display purposes.
Includes innovative 3D-printed transparent dome for enhanced visual appeal.
Handmade with techniques like 3D Printing and Laser cutting for accuracy.
Easy assembly with just one piece, simplifying setup.
Packaged in a freight case for secure transportation by air.
Completed in just 7 days, showcasing efficiency and attention to detail.
Perguntas Frequentes:
What is the scale of the Shenzhen Mangrove National Park model?
The model is built at a 1:500 scale, ensuring every detail of the park is accurately represented.
What materials are used in the construction of the model?
The model uses ABS, Acrylic, Metal, Aluminum, and Wood, combining durability with natural warmth.
How long does it take to produce this model?
The lead time for this model is 30 days, with the Shenzhen Mangrove National Park model completed in just 7 days as a remarkable achievement.
Is the model illuminated?
No, the model does not include illumination, focusing instead on its realistic and natural representation.