Block
Picture window XL EU 2000 side view
The picture window XL EU 2000 side view CAD block is an essential tool for interior designers and architects aiming to optimize space and elevate their project visuals. This block is designed with sleek European aesthetics, aligning with industry trends for minimalistic and sustainable designs popular in modern architecture. Its 200cm width and 9.5cm height dimensions ensure that it fits seamlessly into a variety of design layouts, enhancing scale and proportion in elegance-focused projects. Utilizing this CAD block not only quickens design workflow but also enriches client presentations by providing a polished, highly detailed component to architectural drawings. This facilitates clear communication with clients about design intentions, ultimately aiding in project scalability and time-saving efficiency.
| Brand | Generic |
| Width | 200cm / 6' 6.7" |
| Height | 9.5cm / 3.7" |
Optimized for Modern Spaces
Picture window XL EU 2000 side view fits perfectly in modern architectural designs, adding a touch of sophistication and maximizing natural light. Its dimensions facilitate easy incorporation into both residential and commercial projects, addressing the growing trend of using large window installations to enhance space and openness.
Sleek European Design
With a focus on European aesthetics, this CAD block captures the essence of modern minimalism, blending seamlessly into contemporary spaces. This design perspective supports the demand for clean, unobtrusive architectural elements in interior layouts.
View Customization Feature
This CAD block is part of a library offering front, side, and top views, enabling accurate placement in any interior layout. Its side view provides a detailed perspective, which is valuable for precise alignment in complex designs.
Eco-Friendly Trends
Align your projects with sustainable design practices using the picture window XL 2000 side view. This block emphasizes eco-friendly strategies by promoting natural lighting and enhancing energy efficiency in internal spaces.