Bedsore Cushion | Pressure Sore Cushion | Pressure Relief Cushions | Medical Cushion for Chair and Wheelchair | HR Foam and Visco Foam with Memory effect | for High Risk Patient | Premium Quality | Made in France | 51 x 50 x 8 cm | SYSTAM P361CA

Bedsore Cushion | Pressure Sore Cushion | Pressure Relief Cushions | Medical Cushion for Chair and Wheelchair | HR Foam and Visco Foam with Memory effect | for High Risk Patient | Premium Quality | Made in France | 51 x 50 x 8 cm |
SYSTAM P361CA

Indications

P361CA cushion can be used when:

1. Pressure Sore (Stage I to III according to EPUAP) is present.

• The patient can change seating position, or the pressure points can be relieved through nursing care.

2. Very High Risk according to the evaluation scale (Braden, Norton, Waterlow,…) is present.

• The cushion can be used on different seating supports without adjustment.
• The choice of device must be approved by the healthcare professional.

Suitable for patients with:

• Past history of pressure sore on contact with the seating area
• Complete or incomplete paralysis of the trunk or lower limbs
• Impaired or absent sensation of the lower member
• Impaired frontal stability
• Light postural asymmetries
• Vascular Amputation
• Bad general state

Patient Minimum - Maximum Weight Capacity:

Patient Minimum - Maximum Weight Capacity:

60 - 160 kg

Features:

Anatomical shape with raised Lateral Edges and front-back slope

Improves:

• the positioning of the patient

• the stability of the patient

• the comfort of the patient

• Increases the contact surface
  and therewith reduces the pressures

Combination of HR Foam and Visco Foam

HR Foam - High-resilience Foam base

• enables the cushion to adapt better to bony protuberances, thus providing a larger contact surface,
• Therefore, a more effective distribution of pressure.
• Moreover, it improves patient comfort and stability.

Visco Foam - Moulded viscoelastic foam with memory effect

• Precise moulding of the body and an increase in the body surface in contact with the cushion
• Better pressure distribution:
  reduction of transcutaneous pressures on areas at high risk and facilitated blood circulation
• Improved comfort and stability of the patient
• With a very high density to prevent deformation and sagging effects

Because the 2 layers of the material are moulded together (≠ glued),
They are completely bonded, thus eliminating all risk of separating over time

An innovative concept with an Ergonomic insert

• Made of foam with high bearing capacity, it structures the cushion.
• It functions as the skeleton of the cushion in order to set the weight-bearing capacities on different areas
• It allows the optimal immersion of the bony protuberances (sacrum, ischias) in the material:
  This means a sufficient immersion of the area at risk,
  but also a controlled and stabilised immersion before reaching the bottoming limit
• Different bearing capacity in the front-rear part of the insert in order to rebalance patients in a sitting position and thus to reduce the load at the ischial zone

Multi-bearing Insert

• Different bearing capacity in the front-rear part of the insert in order to rebalance patients in a sitting position and thus to reduce the load at the ischial zone.

Reduce the load on the risk zones

• Protected risk zones (sacrum/ischia),
  (even in cases of pelvic retroversion),
• In order to provide partial relief of bony protuberances through immersion.

Anti-punching system

• Specifically positioned in relation to the ischia.
• Distributes the pressure to the buttock peripheral zone,
  stabilizing pelvis immersion and preventing it from reaching the bottoming zone.

Pre-ischial ridge

• Blocks the ischia,
  thus preventing forward sliding.

Significant reduction of the maximum pressure on at-risk

Obtained by the moulding process

• Skin effect protects the foam against external aggressions (tear, crumbling)
• Ensure a constant quality grade

Surface containing vents

• Better circulation of air to reduce the effects of maceration
• Better accompaniment of the body by the material during movement to reduce surface frictions

Repellent and breathable cover

• Adapted for incontinence
• Reduces the maceration effects
• PU-coated material

PU-coated material (polyurethane-coated fabric): 

• It is a synthetic polymer film applied to a base textile like nylon, polyester, or cotton.
• It is highly valued for making fabrics lightweight, flexible, and resistant to water, abrasion, and tearing.

Anti-Slip Base

• Non-slip base, avoiding the sliding of the cushion from the support

Polymaille Cover:

• Integral cover with non-slip base
• Coating of Polyurethane on Jersey polyester

• Anti-allergenic
• Antibacterial
• Antimicrobial
• Antifungal
• Bi-extensibility
• Respirability
• Anti-slip basis

Material Characteristics:

• Coating of polyurethane on Jersey polyester
• Integral covers over 6 sides
• Non-slip base
• Adapted for home care and medical institutions' use
• Hypoallergenic
• Anti-bacterial, anti-germ, anti-fungal
• bi-extensible
• Hyper-breathable (liquid repellent material and permeable to steam), adapted for incontinence.
  Reduce maceration effects by easing the skin respiration.
• Zip on 3 sides (except P311C)
• Integrated handle

Cover Wash

Foam maintenance
(Do not immerse in water)

Cover Disinfection

Disinfect using cold-application spray products
(Quaternary ammonium - glutaraldhéhydes...)

Certificates

Stages of Pressure Ulcers (Bedsores)

STAGE 1:
Non-Blanchable Erythema

• Intact skin with localized redness that does not turn white when pressed

STAGE 2:
Partial-Thickness Skin Loss

• Loss of epidermis and/or dermis.
• Appears as an abrasion, blister, or shallow crater.

STAGE 3:
Full-Thickness Skin Loss

• Deep wound extending into the subcutaneous tissue.
• Fat may be visible, but not muscle or bone

STAGE 4:
Full-Thickness Tissue Loss

• Extensive destruction tissue necrosis
• or damage to muscle, bone, or supporting structures