Block
Ceiling fan bionic front view
The ceiling fan bionic front view CAD block, part of the heating & cooling appliances library with 3 views, offers a versatile addition to your design toolkit. With dimensions of 127.3cm in width and 41.5cm in height, this block is designed to fit seamlessly into modern residential and commercial layouts. It's perfect for architects and interior designers focused on enhancing airflow and energy efficiency. This block allows for detailed and polished client presentations, making it an ideal choice for optimizing ventilation systems in both compact living spaces and larger areas.
| Brand | Generic |
| Width | 127.3cm / 4' 2.1" |
| Height | 41.5cm / 1' 4.4" |
Accurate fit for rooms
The ceiling fan bionic front view block is suitable for various settings, including living rooms and offices. Its detailed dimensions ensure a perfect fit, aiding in precise placement within floor plans and enhancing overall design accuracy.
View customization
Benefit from customizable views including front, side, and top to integrate the ceiling fan seamlessly into any design schematic. Easily adjust views for enhanced presentation clarity and spatial planning.
Material adaptation
Customize the ceiling fan’s finishes to match diverse aesthetic requirements. Adjust colors and materials to ensure cohesion with different interior design schemes, accommodating both modern and traditional styles.
Ergonomics for comfort
Optimize air circulation and ergonomic comfort in living and working spaces with this ceiling fan block. Its design supports energy efficiency and maintains comfort in high-traffic environments.
Architectural compliance
Ensure your design meets energy efficiency standards by incorporating this ceiling fan block. It aligns with eco-friendly practices, enhancing sustainability in architectural projects.
Ideal for client presentation
Enhance client presentations by integrating the ceiling fan bionic front view block into your layouts. Produce visually appealing and comprehensive designs that clearly demonstrate airflow dynamics and space potential.