The Medtronic Valleylab Universal Mounting Cart is an essential piece of equipment in any medical setting where Force™ Series Generators are used. Its universal design allows it to accommodate any model from the Force™ lineup, providing an adaptable and reliable solution to your equipment mounting needs.

Manufactured from durable materials, this mounting cart offers enhanced stability and robustness, ensuring your medical devices are securely held throughout their use. The inclusion of conductive casters enhances not only the mobility of this cart across various surfaces but also ensures safety by preventing static discharge, which is critical in sensitive environments like operating rooms.

Key Features:

• Universal compatibility allows the cart to be used with any Force™ Series Generators, making it extremely versatile for various medical facilities.
• Equipped with conductive casters, the cart ensures smooth mobility and additional safety by preventing static buildup during transport.
• Designed with a sturdy construction, the mounting cart provides stable and secure support for medical devices during procedures and treatments.

Uses:

• The Medtronic Valleylab Universal Mounting Cart is used to securely and efficiently hold Force™ Series Generators, ensuring stability and accessibility in medical settings.
• It's ideal for use in hospitals and clinics where medical professionals require an adaptable and durable equipment storage solution that can handle heavy-duty usage with ease.

FAQs:

1. What generators are compatible with this mounting cart?
The cart is compatible with all Force™ Series Generators.

2. How does the cart ensure safety during movement?
The cart is equipped with conductive casters to prevent static discharge, enhancing the safety of equipment and staff.

3. What material is used in constructing this mounting cart?
It is constructed from durable materials designed to support and stabilize medical equipment.

4. Is the cart easy to move across different surfaces?
Yes, the conductive casters allow for smooth transportation across various surfaces, ensuring mobility and flexibility.