Country/Region
FlexiPlex
Create beautiful plant arrangements with sculptural 3D design and convenient self-watering in one decorative planter.
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The AQUA WAVE Self-Watering Planter combines distinctive contemporary design with a practical watering system created for beautiful indoor plant arrangements. Its elongated oval shape and geometric ribbed 3D texture make it a striking decorative accent, while the spacious planting area allows you to create compositions with two or three plants in one planter.
The planter consists of a decorative outer pot with an integrated water reservoir and a removable inner pot for plants. A dedicated watering opening allows you to add water conveniently without removing the plants. Openings along the lower part of the inner pot allow moisture from the reservoir to reach the growing medium and root zone.
AQUA WAVE comes in one carefully designed size, ideal for creating compact arrangements of two or three plants.
AQUA WAVE is designed for creative indoor plant arrangements. Its elongated planting area is particularly suitable for combinations of succulents, small cacti, kalanchoe and other compact plants with similar growing requirements.
The planter can also be used for suitable herbs and other small indoor plants, provided their watering and growing conditions are compatible.
Its sculptural shape and precise vertical texture make AQUA WAVE an elegant decorative addition to kitchens, living rooms, bedrooms, offices and contemporary interiors. Place it on a windowsill, desk, shelf or side table to create your own miniature indoor garden.
Please note: Plants, soil, stones and decorative accessories shown in the photos are not included. Watering requirements vary depending on plant species, growing medium and environmental conditions. Succulents and cacti generally require periods of drying between waterings. Avoid overfilling the water reservoir or leaving moisture-sensitive plants in constantly wet growing medium.
As both components are made from PLA, avoid prolonged exposure to high temperatures, direct heat sources and excessive heat behind glass.