NRS Healthcare Plastic TRANSFER Board - Short

Description

Tapered ends and a hand grip assist in positioning and low profile anti-slip pads on the underside prevent the board from slipping during the transfer. Wipe clean with mild disinfectant. Weight: 0.95 kg (2 lbs). These lightweight plastic transfer boards are ideal for self transfers when bridging small gaps. Tapered ends and a hand grip assist in positioning and low profile anti-slip pads on the underside prevent the board from slipping during the transfer. Smooth surface for easy sliding transfers. Available in two sizes, the shorter board is ideal for self transfer whilst the longer board may be more suitable for assisted transfers. Wipe clean with mild disinfectant. 495 x 200 x 10 mm (19 ½ x 8 x ½ inches). Weight: 0.95 kg (2 lbs). Maximum user weight limit: 127kg (20 st) Enables people with good upper limb strength and sitting balance to slide from one seated position to another. These lightweight plastic transfer boards are ideal for self transfers when bridging small gaps. 495 x 200 x 10 mm (19 ½ x 8 x ½ inches). Smooth surface for easy sliding transfers. Maximum user weight limit: 127kg (20 st) Enables people with good upper limb strength and sitting balance to slide from one seated position to another. 495 x 200 x 10 mm (19 ½ x 8 x ½ inches). Maximum user weight limit: 127kg (20 st) Enables people with good upper limb strength and sitting balance to slide from one seated position to another.

Key Features

• Weight: 0.95 kg (2 lbs).
• 495 x 200 x 10 mm (19 ½ x 8 x ½ inches).
• These lightweight plastic transfer boards are ideal for self transfers when bridging small gaps.
• Maximum user weight limit: 127kg (20 st) Enables people with good upper limb strength and sitting balance to slide from one seated position to another.
• Tapered ends and a hand grip assist in positioning and low profile anti-slip pads on the underside prevent the board from slipping during the transfer.
• Available in two sizes, the shorter board is ideal for self transfer whilst the longer board may be more suitable for assisted transfers.