Clinton Multi-Use Ultrasound Table
Elevate your imaging procedures with the Clinton Multi-Use Ultrasound Table, model
- This highly versatile and economically designed table is ideal for healthcare facilities seeking to perform basic imaging procedures efficiently in-house. Equipped with convenient features, this table simplifies patient care while ensuring maximum comfort and accessibility.
Key to the Clinton Multi-Use Ultrasound Table is the intuitive handheld remote control, which allows clinicians to effortlessly adjust the table's height as well as Trendelenburg and Reverse Trendelenburg positions. Its padded three-piece top includes a pneumatically adjustable backrest and stirrups, offering precise patient positioning necessary for accurate ultrasound diagnostics. The manual footrest can be adjusted from either side, solidifying its comprehensive usability.
The innovative open base design guarantees unobstructed patient access, enhancing both clinician and patient experiences. Stability and durability are paramount, achieved through a dual column lift system and an all-welded base. With a robust weight capacity of up to 550 pounds, this table is constructed to withstand the rigors of daily use while providing a safe and reliable environment for patients and staff alike.
Features:
- Adjustable Components: Features a pneumatically adjustable three-piece padded top with a backrest and stirrups.
- Ergonomic Design: Height adjustment from 21.5 to 37.5 inches caters to diverse patient needs.
- Enhanced Stability: Dual column lift system and all-welded base ensure reliable support during procedures.
- Convenience: Designed with a handheld remote control and standard paper dispenser for added convenience.
- Optional Enhancements: Includes security features like padded headrests, arm boards, safety rails, a wider mattress top, and locking casters—customize to meet your facility’s needs.
Choose the Clinton Multi-Use Ultrasound Table (80069) for an optimal blend of functionality, comfort, and durability in your medical imaging environment.