Block
Corner shower round basic
The Corner shower round basic CAD block, part of the Basic blocks - 3 views library, is designed for interior designers and architects seeking efficient solutions in compact bathroom spaces. With dimensions of 80.2cm in width and 80.1cm in height, this block aids in optimizing bathroom layouts, saving valuable space while maintaining aesthetic appeal. Ideal for modern, sustainable design projects, this block enhances workflow by providing customizable views, ensuring seamless integration into floor plans and client presentations.
| Brand | Generic |
| Width | 80.2cm / 2' 7.6" |
| Height | 80.1cm / 2' 7.5" |
Optimized Space Usage
The Corner shower round basic block is designed to fit efficiently into compact bathroom corners, making it an ideal solution for maximizing space in smaller areas. Its round design allows for a sleek, modern look that aligns with contemporary interior design trends.
Versatile 3-View Options
This CAD block offers versatility with its three views: front, side, and top. These customizable views allow for precise placement within any bathroom layout, catering to various design needs and preferences.
Seamless Customization
Designers can easily adapt the Corner shower round basic block to different themes and materials, ensuring it complements the overall design aesthetic. This flexibility supports personalized design solutions and client-specific projects.
Ideal for Modern Bathrooms
Reflecting modern bathroom design trends, this block supports clean lines and efficient use of space. It's perfect for projects focusing on minimalism and functionality, offering a contemporary edge to interior spaces.
Enhances Client Presentations
Incorporate this block into your designs to create polished, professional presentations that reflect high-quality standards. Its accurate representations save time during client consultations and help in conveying precise ideas effectively.
Sustainable Design Alignment
The Corner shower round basic block supports sustainable design strategies, making it suitable for eco-friendly projects. Its efficient use of space and potential for water-saving configurations align with green building considerations.