Stainless Steel Wall-Mounted Chimney Hood Set

This collection of six modern wall-mounted chimney hoods is modelled in SketchUp, featuring varied stainless steel and glass designs. The set comprises six distinct chimney hood models, each designed for wall-mounted installation over a cooktop. These appliances vary in profile, featuring a mix of curved and flat-faced stainless steel canopies, some accented with tempered glass panels. The models include detailed grease filter housings, integrated control panels, and vertical chimney flues. The geometry is clean, focusing on the industrial aesthetic of brushed metal finishes. Each hood is constructed as a cohesive unit, allowing for easy placement within kitchen cabinetry or as a standalone feature against a tiled or stone splashback.

The download is an 18.7 MB compressed archive containing the native SketchUp (.skp) model holding 6 separate objects. It opens directly in SketchUp; for 3ds Max, Blender or Cinema 4D, import it through a SketchUp importer or convert it first.

In SketchUp, these models are structured as groups or components for efficient placement. Designers can import these into a kitchen scene and snap them to the wall surface above the cooking zone. Scaling should be managed at the component level to maintain proportional accuracy for the chimney height. Users can apply custom metal and glass materials to the faces to better match specific project render requirements, while the simple geometry ensures minimal impact on the overall file size.

These chimney hoods are suitable for residential kitchen design, from contemporary apartments to family homes. They serve as essential functional and aesthetic elements in kitchen layouts, pairing well with various cooktop types and cabinetry styles. Professionals searching for kitchen ventilation, range hoods, or extractor units will find these models useful for visualising cooking zones. They are ideal for early-stage conceptual planning or final interior renderings where realistic kitchen detailing is required to communicate the design intent to a client.