Condair wins BIM leadership award

Condair has been awarded the BIM Leadership Award 2026 by BIMobject for its outstanding partnership, initiative and long-term digital vision.

Paloma Cáliz Olivares, Director of Content Production at BIMobject, commented, “Beyond content, Condair stands out for its proactive attitude, collaborative mindset, and commitment to continuously improving its digital presence. It is a brand we value working with - an example of how BIM can be embraced strategically to drive innovation, strengthen relationships, and advance digital transformation in the industry.”

A BIM object is a digital, data-rich 3D representation of a physical building product or material used in Building Information Modelling (BIM) software. It combines accurate 3D geometry with embedded, non-graphical information, such as technical specifications, performance data and manufacturer details. These digital files allow architects and engineers to create accurate, simulations of buildings.

Dave Marshall-George, Sales Director at Condair Limited, commented, “Condair has over 50 BIM models hosted on BIMobject.com and accessible from condair.co.uk. Our digital model portfolio covers Condair’s range of steam and adiabatic humidifiers, evaporative coolers, water treatment products and accessories.

“Condair is convinced of the strategic value of BIM, for the architecture, engineering and construction industry, and for our own business. We are very proud to receive this BIM Leadership Award. It’s testament to the dedication and high-quality standards of our mechanical design department and reflects Condair’s position as a true industry leader in the humidity control sector.” Dave concludes.

BIMobject.com is a global platform hosting BIM content, digital twins of real-world building products. The website helps building product manufacturers digitize and distribute their products in the form of BIM objects, making them easily visible and accessible to architects, engineers, and contractors during the design and construction process.