Cura1 Chair Incontinence Sensor Pad

The Cura1 Chair Incontinence Sensor Pad: an embodiment of comfort and hygiene for individuals in need of diligent incontinence monitoring. Constructed from soft, non-allergenic PVC material, this pad harmonizes gentle comfort with ease of cleaning, rendering it reusable without compromising on hygiene. Its seamless compatibility with the Economy Incontinence Monitor equips caregivers with a dependable system to monitor and respond to incontinence occurrences.
Furthermore, this pad boasts printed instructions for both use and hygiene, guaranteeing proper care and maintenance. While designed for reusability, it’s strongly recommended for single-patient use to steadfastly uphold hygiene standards and stave off cross-contamination concerns. With the presence of the Cura1 Chair Incontinence Sensor Pad, both patients and caregivers can navigate incontinence management with a sense of confidence, assured by its seamless functionality and soothing comfort.

SPECIFICATIONS:
Specifications
Key Features
Specifically designed for use with the Economy Incontinence Monitor.
Reusable and easy to clean for efficient maintenance and hygiene between uses.
Made from soft non-allergenic PVC material to ensure patient comfort and skin-friendliness.
Includes printed hygiene and use instructions on the pad for easy caregiver reference, promoting proper usage and maintenance.
Recommended for single patient use to support infection control practices and minimize the risk of cross-contamination.
Dimensions
Length x Width: 380 x 250 mm
Cable: 2 m
Connector: RJ10
Warranty
90 days

KEY BENEFITS:
Specifically designed for use with the Economy Incontinence Monitor.
Reusable and easy to clean for efficient maintenance and hygiene between uses.
Made from soft non-allergenic PVC material to ensure patient comfort and skin-friendliness.
Includes printed hygiene and use instructions on the pad for easy caregiver reference, promoting proper usage and maintenance.
Recommended for single patient use to support infection control practices and minimize the risk of cross-contamination.