Block
Casework M with door
The Casework M with door block, part of the Kitchen basics - 3 views library, is an essential CAD asset for interior designers and architects aiming to streamline their kitchen designs. Measuring at 59.3cm width and 74.8cm height, this block is perfect for modern and compact kitchen layouts, aligning with current trends in sustainability and efficient use of space. Ideal for enhancing workflow efficiency, this block allows professionals to quickly integrate high-quality elements into their designs, ensuring accurate and professional client presentations.
Width | 59.3cm / 1' 11.3" |
Height | 74.8cm / 2' 5.4" |
Perfect for Kitchens
The Casework M with door block is perfectly suited for modern kitchen environments, providing an ideal fit with its efficient dimensions. Its design optimizes space in compact kitchens, making it highly desirable in urban living projects.
Multiple Views Available
This block comes with three distinct views—front, side, and top—allowing for versatile placement and display within any kitchen design layout. This feature simplifies the design process and enhances detail accuracy.
Seamless Material Adaptation
The block can be customized for various finishes to fit a range of design aesthetics. Whether your project calls for a classic wood finish or sleek modern metals, the Casework M with door adapts to your style requirements.
Compliance with Standards
Architecturally compliant, the Casework M block adheres to standard dimensions and functional requirements for kitchen fixtures, ensuring its alignment with industry regulations.
Optimal Client Presentation
Using the Casework M with door block enhances client presentations by providing polished, professional visuals. It allows designers to convey functional and aesthetic elements effectively within kitchen spaces.
Compact Space Solution
Designed for compact kitchens, this block helps optimize available space without sacrificing style or functionality. Its dimensions are perfect for urban and modern kitchen spaces prioritizing efficiency.