Mind-blowing Applied Medical Mini Classic Balloon Button, 12fr X 2.5cm (5-1225) Easy Assembly [Sq1nAeCk]

Mini Classic Balloon Button: Versatile Enteral Feeding Solution

The Applied Medical Mini Classic Balloon Button is a state-of-the-art enteral feeding device designed for ease of use and comfort. This 12Fr x 2.5cm button offers a low profile design, making it an ideal choice for patients seeking a discreet and effective feeding option. With its compatibility limited to AMT feeding sets, the Mini Classic ensures a seamless integration with the Applied Medical product line. The button features a white feeding port, providing a clear and visible indicator for easy identification.

Key Features and Specifications

The Mini Classic Balloon Button is crafted with precision and care, offering several key features. Its low profile and soft, flexible bolster provide comfort for patients during feeding sessions. The button is not compatible with Mic-Key® Feeding sets, ensuring a dedicated and tailored feeding experience. The following list outlines the key benefits and specifications of the Mini Classic Balloon Button:

• Low Profile Design: Offers a discreet and comfortable feeding experience.
• Compatibility: Exclusive to AMT feeding sets for a tailored feeding solution.
• Non-Compatible with Mic-Key®: Ensures a dedicated feeding experience with the Mini Classic line.

Practical Uses and Target Audience

The Mini Classic Balloon Button is an excellent choice for patients requiring enteral feeding support. Its versatile design makes it suitable for various scenarios, including hospital settings, home care, and long-term care facilities. The button's low profile and comfort features make it particularly beneficial for patients who prioritize discreetness and ease of use. Ideal for individuals seeking a reliable and efficient feeding device, the Mini Classic Balloon Button is a valuable addition to any feeding regimen. We recommend the Mini Classic to any button user looking for a high-quality, low-profile feeding solution.