The O.T. Pendant Floor Model by Biomotion Medical Technology is a technologically advanced solution designed to optimize workflow, safety, and efficiency in modern modular operation theatres. Built with high-strength aluminium alloy, this system ensures durability, corrosion resistance, and long-lasting performance in demanding medical environments. Its floor-mounted structure provides exceptional stability and high load-bearing capacity, making it an ideal choice where ceiling-mounted systems are not feasible.
This pendant system features a functional vertical lifting stroke ranging from 250 mm to 600 mm, powered by a reliable 100W motor that enables smooth and precise height adjustment. The rotary joint is equipped with oxygen balloon expandable isolation brakes, allowing effortless rotation with a simple press of a button and secure positioning without any drift once released. This ensures accurate equipment placement during critical surgical procedures.
Designed for maximum utility, the pendant comes with a well-organized configuration, including two oxygen outlets and two suction outlets as standard gas terminal interfaces. These terminals are engineered for over 20,000 mating cycles and incorporate a secondary sealing mechanism with three functional states—on, off, and pull—ensuring safe and efficient air service. The system also supports multiple color and shape options to match different operation theatre designs.
The unit includes a dual-layer instrument platform with adjustable height and rounded bumper protection, each capable of carrying up to 20 kg. With an overall weight loading capacity of 150 kg, it can securely support essential medical equipment. Additional features include six electrical outlets (220V/10A), dual potential ground terminals, one RJ45 network interface, a drawer for storage, and dedicated racks for syringe and infusion pumps.
Compatible with power supplies of AC220V (50Hz) and AC110V (60Hz), this system offers flexibility for various healthcare setups. Biomotion Medical Technology ensures that every component is engineered to meet international safety and quality standards.
