Commercial & Residential Scale Models | Custom Architectural Models
This project showcases the production of a sand table model for a high-end integrated commercial and residential development. Our custom architectural models feature a detailed scene restoration of the residential buildings and supporting commercial spaces, meticulously crafted to meet the client’s presentation needs for authentic spatial texture and living atmosphere.
The final model achieved an exceptional 90% level of realistic restoration, serving as the primary medium for presenting the project planning to external stakeholders.
Material Selection
We adhered to the core principle of adapting textures to create authentic environments. The main building structure utilized imported high-density panels combined with acrylic materials for durability and aesthetic appeal. High-rise residential exteriors were crafted from matte ABS panels, balancing structural integrity with visual refinement. The standalone commercial roof employed custom simulated tile materials, meticulously cut and bonded in layers to replicate the authentic texture and layered effect of a sloping roof. Landscape areas featured high-density simulated turf, complemented by micro-simulated shrubs and trees of varying heights, creating a dynamic green space through careful material selection and color contrast. Road surfaces were constructed using wear-resistant PVC sheets, precisely cut and molded to match the exact dimensions and orientation of the planned municipal roads.
Production Process
Our team employed refined handmade craftsmanship throughout the entire sand table model creation. The process began with laser precision cutting of panels, followed by meticulous manual splicing and polishing by experienced craftspeople to ensure perfectly smooth wall corners and accurately sized door and window openings. Complex architectural details, such as balconies and bay windows on high-rise buildings, were constructed using a layered approach to restore the intricate lines and three-dimensional facade. Landscape elements involved manual planting techniques, placing micro green plants according to the exact density specified in the real-world plan, combined with handcrafted simulated leisure furniture and fitness equipment to enhance the park’s liveliness. Road markings and traffic signs were carefully hand-drawn with precise placement, adding crucial elements for realism.
Post-Production Finishing
Post-production coloring and effect processing were vital steps in achieving the desired authenticity. Environmentally friendly automotive-grade spray painting techniques were applied in multiple layers to the building exteriors. High-rise residential buildings received light gray and beige gradient colors, while the standalone commercial structure featured dark coffee roofs paired with beige walls, resulting in a cohesive color palette with excellent weather resistance. Landscape areas were enhanced through manual blending techniques, carefully creating natural color transitions at the edges of grass and green plant roots.
Lighting Integration
The lighting system debugging brought the model to life. Micro warm LED lights were strategically embedded within the building structures to replicate realistic indoor lighting. Cold point light sources were arranged along roadways and key landscape nodes in the park to simulate nighttime ambiance. The commercial area incorporated soft ambient lighting to emphasize its intended vitality.
Outcome
Through the seamless integration of carefully selected materials, expert craftsmanship, and meticulous post-processing, the model accurately captured the essence of the project. The exceptional level of detail and authenticity earned high praise from the client. This case study exemplifies our capability in producing sophisticated scale model solutions, including specialized sand table models and potentially 3D printing model components for complex architectural presentations, meeting the demands of high-end commercial and residential projects requiring detailed industrial model representations.
