Test Tubes with Wooden Rack Set

This Revit family features a classic wooden rack holding twelve glass test tubes, designed for detailed interior visualisations. The assembly consists of a light-toned timber frame featuring two side supports with curved cutouts and two horizontal tiers with circular apertures for the glassware. Twelve cylindrical clear glass test tubes are seated within the rack, arranged in two parallel rows. The proportions reflect standard laboratory equipment, offering a clean, functional aesthetic suitable for detailed close-up views. Materials are clearly defined to allow for realistic rendering of the glass transparency and the organic wood grain of the rack, providing a balanced, authentic appearance for professional architectural interior scenes.

The download is a 471 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

In Revit, this file is best utilised as a component for staging interior environments. Users can load this family into project files to add character to desks, laboratory benches, or shelving units. Because it is a modular asset, it can be easily placed on flat surfaces using standard snapping tools. Designers should manage visibility settings to ensure the glass transparency does not conflict with complex lighting setups, and use material overrides to adjust the wood finish to match specific project palettes.

This asset is ideal for interior design projects requiring laboratory-themed props or educational workspace styling. It integrates naturally into school laboratories, university research facilities, or home office desks where a science-inspired aesthetic is desired. Professionals searching for laboratory equipment, scientific props, or unique desk accessories will find this model effective for adding realism to rendered scenes. It pairs well with modern industrial or minimalist furniture, providing a touch of authentic detail to technical or academic interior spaces during the final visualisation stages.