Description

Discover the UMED WALL SLEEP: A Cutting-Edge 3D Model for Bactericidal Recirculation

Introducing the UMED WALL SLEEP, a revolutionary 3D model crafted by YUMEDTORG, a leading Russian manufacturer of state-of-the-art bactericidal recirculators since 2018. Specifically designed for easy wall-mounted installation, this remarkable 3D design guarantees efficient air purification in any interior space.

Enhance your Space with the UMED WALL SLEEP 3D Model

Are you looking to transform your 3D interior with a touch of modern elegance? Look no further than the UMED WALL SLEEP. Boasting a sleek and sturdy high-quality steel body combined with customizable RAL color finishes, this 3D room design masterpiece is built to complement any decor style.

The Power of Bactericidal Efficiency

Equipped with top-of-the-line UV lamps from renowned brands such as OSRAM, LEDVANCE, and PHILIPS, the UMED WALL SLEEP guarantees an outstanding 3D interior decor experience. With a remarkable bactericidal efficiency of up to 95%, this 3D model ensures a healthier and safer indoor environment for you and your loved ones.

Silent, Easy Installation

Experience the utmost tranquility with the silent operation of the UMED WALL SLEEP. This cutting-edge 3DS model is engineered for quiet performance, allowing you to enjoy a peaceful atmosphere without any disturbance. Moreover, the easy installation process makes integrating this 3DS Max compatible recirculator into your 3D home design effortless.

Premium 3D Models Tailored to Your Needs

At YUMEDTORG, we take pride in our full cycle of production. In addition to the standard UMED WALL SLEEP model, we are able to develop custom recirculators in various configurations to fulfill your specific requirements. Choose our exceptional 3D room design solutions and witness the extraordinary difference they can make in your living or working space.

Experience the future of air purification with the UMED WALL SLEEP 3D model. Download it now from 3DSky and revolutionize the way you view a healthier indoor environment.