The Selina Slipper Bedpan has been designed to assist bedridden patients with toileting. It features a practical design that can help users maintain a level of modesty.
Lightweight Design
The Slipper Bedpan is made from polypropylene, providing it with a lightweight construction. This means it is not cumbersome to keep beside a bed so that anybody confined to one place can reach it more easily. It also comes in an attractive green colour that will not look unsightly or out of place.
Safer Disposal
The bedpan has been constructed to enable a safer and more practical disposal of waste. It features a lid with a handle, which places on top of the bedpan so that it can be carried for emptying and cleaning with a reduced risk of spillage.
This improves both the cleanliness and safety of the bedpan, benefiting the individual user and any carers or hospital staff attending to wards.
Easy to Clean
The polypropylene material of the Selina Slipper Bedpan means that it can be easily cleaned. This is essential for ensuring ongoing hygiene maintenance, reducing the risk of the spread of germs with optimal safety conditions for the user.
Technical Specifications
Weight: 325g
Overall dimensions (WxLxH): 245 x 335 x 50 - 80mm (9.5 x 13.25 x 2 - 3.25")
Hospital Bed Pan with Lid
OV6933
Regular price
£36.42
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Hospital Bed Pan with Lid
The Hospital Bed Pan with Lid has been designed to assist bedridden patients with toileting. It features a practical design that can help users maintain a level of modesty, and is autoclavable for optimal hygiene maintenance.
Practical Design
The bed pan is made from polypropylene, offering a lightweight and practical construction. It is not too cumbersome to keep beside a bed, so that anybody confined to one hospital room can reach it more easily. It comes in an attractive blue colour so as to not look unsightly.
The bed pan has been shaped to benefit both male and female patients, and is suitable for bariatric use.
Safer Disposal
The bed pan has been designed to enable a safer and more practical disposal of waste. It features a lid to make it easier to carry for emptying and cleaning, reducing the risk of spillage.
This improves both the cleanliness and safety of the bed pan, benefiting the individual user and any carers or hospital staff attending to wards.
Easy to Clean
The polypropylene material of the Hospital Bed Pan with Lid means that it can be easily cleaned, and is suitable for both hand washing and automatic washer disinfectors. It is also autoclavable up to 135°C for optimal hygiene, which will be essential if the bed pan is to be used by more than one patient of any period of time.
Cleaning the bed pan after use is vital for good hygiene maintenance, reducing the risk of the spread of germs with optimal safety conditions for the user.
Technical Specifications
Capacity: 2.5 Litres
Overall dimensions: 335 x 308 x 108mm (13 x 12 x 4.25")
Economy Slipper Pan
OV6932
Regular price
£39.73
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Economy Slipper Pan
The Economy Slipper Pan has been designed to assist bedridden and immobile patients with toileting. It features a practical design that can help users maintain a level of modesty, and is easy to clean for ongoing cleanliness.
Practical Design
The slipper pan is made from plastic, offering a lightweight and practical construction. It is not cumbersome to keep beside a bed, allowing anybody confined to one place to reach it more easily.
It features low-profile side and end handles, which make the slipper pan both easier and more comfortable to use.
Safer Disposal
The slipper pan has been designed to enable a safer and more practical disposal of waste. It features a lid, which make it easier to carry for emptying and cleaning, reducing the risk of spillage.
This improves both the cleanliness and safety of the slipper pan, benefiting the individual user and any carers or hospital staff attending to wards.
Easy to Clean
The plastic material of the Economy Slipper Pan means that it can be easily cleaned. This is essential for ensuring ongoing hygiene maintenance, reducing the risk of the spread of germs with optimal safety conditions for the user.
