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  • Foam mattresses designed to help relieve pressure for bariatric patients and bed sizes.
  • Features a raised perimeter to reduce risk of patients falling out of the bed for bariatric bed sizes.
  • Designed to fill the gap between mattresses and bed frames, helping to reduce patient entrapment.
  • Specifically designed to relieve pressure around the coccyx with cutout.
  • Relieves pressure with contoured design for additional lumbar support.
  • Our standard offering of foam wheelchair cushions offer comfort with a convenient fluid resistant cover.
  • Our standard offering of gel wheelchair cushions offer comfort with a convenient fluid resistant cover.
  • Featuring a heel slope design at the foot of the bed, this mattress is specifically designed to help relieve pressure for a unique range of patient sizes and needs. Sterility: Non-Sterile Dimensions: 36 x 80 x 6 in (91 x 203 x 15 cm) Heel Slope Design High Density Foam Water Resistant Cover Case Qty: 1 Packaging: EA Selling UOM: Each
  • Relieves pressure with raised pommel to provide patient stability and reduce risk of patients sliding out.
  • Specifically designed to help relieve pressure for a unique range of patient sizes and needs. Sterility: Non-Sterile Dimensions: 36 x 80 x 6 in (91 x 203 x 15 cm) High Density Foam Water Resistant Cover Case Qty: 1 Packaging: EA Selling UOM: Each
  • The raised perimeter design was intended to offer peace of mind, helping to reduce potential for patient fall-out. Specifically designed to help relieve pressure for a unique range of patient sizes and needs, the Raised Perimeter Mattress promotes ease of entry. Sterility: Non-Sterile Dimensions: 36 x 80 x 6 in (91 x 203 x 15 cm) Raised Perimeter Design High Density Foam Water Resistant Cover Case Qty: 1 Packaging: EA Selling UOM: Each
  • Features a raised perimeter to reduce risk of patients falling out of the bed for standard bed sizes.
  • Foam mattresses designed to help relieve pressure for a range of patient and bed sizes.
  • Sloped design to relieve pressure and reduce risk of patients sliding out.
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