Mada Cylinder Carts provide versatile transportation solutions for medical environments requiring gas cylinder mobility. These carts are constructed with high-quality materials like chrome-plated steel or aluminum, ensuring durability and strength. The carts are tailored for D or E size cylinders, featuring adjustable height settings which range from 36" to 43", allowing staff to adjust them as needed for comfort and practicality.

Each cart is designed with functionality in mind, incorporating foam tires for smooth operation over hospital and clinic surfaces, minimizing noise and vibration. The practical carry handle adds convenience, enhancing maneuverability. Some models also feature a detachable handle and a capacity to hold up to six cylinders, beneficial in high-demand medical operations. Ideal for quick use and storage, Mada Cylinder Carts are a quality investment for efficient and safe cylinder transportation in healthcare settings.

Key Features:

• Height adjustable from 36" to 43" for optimal maneuverability and use in different environments. The flexibility to adjust height makes it ideal for varied working conditions.
• Designed with durable materials like chrome plating and painted steel, ensuring longevity and resistance to wear and tear, making it a reliable choice for high-demand settings.
• Equipped with foam tires for smooth and silent mobility across different surfaces, reducing noise and facilitating ease of movement for the operator.

Uses:

• Cylinder carts are essential in healthcare settings for safely transporting gas cylinders. They are designed specifically to carry various cylinder sizes such as D or E, offering secure mobility and handling to ensure safety and efficiency in hospitals and clinics.

FAQs:

1. What cylinder sizes are compatible with this cart?
The cart is designed for cylinder sizes M7, M9, C, D, or E.

2. Does the cart have removable parts for easy storage?
Yes, some models come with a detachable handle for easy storage when not in use.

3. Is the cart suitable for MRI environments?
Yes, there is a specific model designed for MRI environments with non-magnetic aluminum.