Tray 2

The TRAY 2 is a rectangular serving accessory constructed entirely from solid teak wood. Featuring the Slat model design, this piece measures 31.00 centimeters in width, 23.00 centimeters in depth, and has a total height of 3.00 centimeters. The low-profile vertical dimension makes the item well-suited for tabletop organization, countertop consolidation, or the transport of small items. Weighing 0.60 kilograms, the object possesses a substantial heft derived from the density of the hardwood, ensuring stability during use while remaining light enough for one-handed carrying. The packaged volume occupies 0.0020 cubic meters.

Teak wood comprises the structural foundation of the TRAY 2. This specific timber contains natural oils that render the material resistant to moisture retention, warping, and decay. The grain pattern visible across the surface displays a tight, straight alignment with warm golden-brown undertones that vary naturally between individual units. This biological composition allows the wood to withstand frequent contact with condensation from glassware or minor liquid spills without immediate degradation. Maintenance requires only a dry or damp cloth, and the surface accepts occasional applications of mineral oil to preserve the original finish and prevent dryness in arid environments.

The Slat construction method defines the visual and functional architecture of the base. Rather than utilizing a solid, flat wooden sheet, the floor of the TRAY 2 is formed from multiple parallel teak slats spaced evenly apart. This slatted configuration serves a distinct mechanical purpose. The gaps between the individual wooden pieces allow for continuous airflow beneath items placed on the surface, which proves useful for drying freshly washed kitchenware or preventing moisture accumulation under damp objects. Furthermore, the linear spacing reduces the overall weight of the object while maintaining structural rigidity across the 31.00 by 23.00-centimeter span.

The perimeter features a low-profile raised edge standing at the 3.00-centimeter height specification. This border retains items within the boundaries of the platform during movement, preventing cups, small bowls, or stationery from sliding off the edge. The corners are joined with precise right-angle cuts, highlighting the natural grain continuity where the side rails meet the base. Each slat is securely fastened to the underlying frame using concealed joinery methods, leaving the top and bottom surfaces free of exposed metal hardware, screws, or nails. The underside includes small, integrated clearance feet that elevate the base fractionally off surfaces, reducing friction and preventing scratches on delicate tabletops or wooden furniture finishes.

Applications for the TRAY 2 span multiple functional contexts within domestic and commercial interiors. On a desk, the 31.00 cm by 23.00 cm dimensions accommodate notebooks, writing instruments, and small electronic accessories, keeping them grouped in a designated footprint. In a kitchen or dining setting, the unit functions as a serving base for condiments, small glassware, or sets of cutlery. The waterproof properties of the teak material allow for placement in bathroom environments to hold soap dispensers, hand towels, or grooming products. Because the material tolerates humidity, the piece remains stable in spaces subject to temperature fluctuations and moisture exposure.

Logistical data indicates that the TRAY 2 ships with a gross weight of 0.60 kilograms per unit, making parcel handling straightforward and cost-effective. The compact dimensional profile and the 0.0020 m3 CBM measurement allow multiple units to be stacked efficiently within standard storage boxes or shipping cartons, minimizing volumetric freight charges. The physical durability of the dense teak wood minimizes the risk of transit damage, ensuring the product arrives with the surface finish intact. Production standards adhere to strict dimensional tolerances, ensuring that the 31.00 cm width, 3.00 cm height, and 23.00 cm depth remain uniform across manufacturing batches.