How to choose the right pressure care mattress

If you need a quick answer: 

Choose a mattress that matches the client’s mobility, risk level and ability to reposition. 

• Low–moderate risk: a quality reactive (foam or hybrid) mattress usually provides enough immersion and envelopment to reduce interface pressure 
  (EPUAP/NPIAP 2019)
• High risk or limited mobility: a hybrid or active alternating air surface delivers more effective, sustained off-loading 
  (NPIAP 2023)
• Existing pressure injuries: an active alternating air mattress is recommended as part of the treatment plan for Stage 3–4 injuries 
  (EPUAP/NPIAP/PPPIA 2019 Consensus Guidelines) 

In short: match the surface to mobility, risk and clinical need. 

Go a level deeper: dive into what actually shapes the right choice 

1. Mobility and repositioning ability:
Mobility is one of the strongest predictors of pressure injury risk (NPIAP, 2023 Risk Factors Summary). 

If a client can reposition independently: 

• Reactive or hybrid surfaces work well
• Immersion and envelopment reduce peak interface pressures (Beeckman 2021)
• Effective for prevention when paired with movement 

If they can’t reposition or don’t tolerate it: 

• Active alternating air surfaces become essential
• These surfaces redistribute pressure on a timed cycle, even without movement (EPUAP/NPIAP 2019)
• Helps maintain capillary blood flow and reduces prolonged loading 

Why this matters: Tissue damage occurs when pressure exceeds capillary closing pressure for too long. If the person can’t move, the mattress has to. 

2. Risk level and existing wounds 

• Reactive surfaces help prevent injuries.
• Active surfaces help treat injuries.
• This distinction is repeatedly emphasised in clinical guidelines (EPUAP/NPIAP/PPPIA 2019). 

At-a-glance guide:

 
3. Body shape, weight and pressure points 
Body composition affects how well a surface can deliver immersion and redistribute load. 

• Bariatric clients may need hybrid or active systems to balance immersion with postural support (Lahmann 2021)
• Frail or bony clients need deeper immersion to avoid peak pressures at the sacrum, heels and trochanters (Gefen 2020 “Bottoming Out” Research)
• Fixed postures, contractures or curvature increase shear and benefit from powered surfaces 

Why it matters: Interface pressure rises dramatically when the mattress cannot distribute load evenly across soft tissue. 

4. Environment: home vs facility 
The setting influences what’s practical long-term. 

Aged care or hospital care 

• Active systems integrate easily with clinical workflows
• Pressure-cycle timing supports care teams when repositioning frequency is limited (NPIAP 2023)
• Covers and components support infection control standards 

Community care

• Reactive or hybrid systems offer simpler daily use
• Powered support surfaces may still be required when mobility is low or carer availability is limited (EPUAP/NPIAP Home Care Recommendations 2020) 
  Choosing the right surface keeps people safe across every environment. 

5. Comfort, pain and agitation 
Comfort directly improves compliance and reduces agitation 
(Pancorbo-Hidalgo 2020). 

• Clients with chronic pain may tolerate high-spec foam better
• Active mattresses can increase comfort during long bed periods due to continuous off-loading
• Palliative clients often benefit from deeper immersion for pain management 

Mattress selection has a measurable impact on quality of life, rest and pain reduction. 

A simple clinical decision table:

FAQs:

Do reactive mattresses prevent pressure injuries? Yes — for many clients they do. Clinical guidelines show they reduce interface pressure through immersion and envelopment (EPUAP/NPIAP 2019). High-risk or immobile clients usually require active surfaces. 

Do you still need to reposition clients on an active mattress? Yes. The NPIAP recommends continuing repositioning alongside powered surfaces. The mattress reduces load — it doesn’t replace care. 

Can a foam mattress heal a pressure injury? Reactive surfaces support comfort, but Stages 3–4 typically require active alternating therapy (EPUAP/NPIAP 2019). 

How quickly do wounds improve on active surfaces? Healing varies. Research shows alternating air improves perfusion and reduces sustained pressure, creating a better healing environment (Gefen 2020). 

What if I’m unsure what my end-user needs? Our clinical team can assess risk factors and match the right support surface to your client, resident or patient. 

Everything comes back to selecting the right surface for: 

• Comfort
• Stability
• Tissue protection
• Reduced handling burden for care teams
• Better outcomes for residents, patients and clients 

The mattress is the foundation for safe, effective pressure care. 

Find the right pressure care solution 

Explore our range of reactive and active support surfaces to choose the best fit for your end-user. 
If you’d like help deciding, speak with us today and our team can guide you to the right solution.

Talk to us
 

Clinical references:

Guidelines and consensus statements:

• EPUAP/NPIAP/PPPIA. Prevention and Treatment of Pressure Ulcers/Injuries: Clinical Practice Guideline. 2019.
• National Pressure Injury Advisory Panel (NPIAP). Clinical Resources & Treatment Algorithms. 2023.
• EPUAP. Pressure Ulcer Prevention in Home Care Settings. 2020. 

Peer-reviewed literature:

• Beeckman D. A decade of pressure ulcer prevention research: A comprehensive review. Int J Nurs Stud. 2021.
• Gefen A. The evolving science of pressure injury prevention, tissue deformation and bottoming-out. J Wound Care. 2020–2022.
• Lahmann N. Risk factors for pressure injuries in bariatric patients. J Clin Nurs. 2021.
• Pancorbo-Hidalgo PL. Comfort, pain and mattress interface: clinical outcomes in pressure care. J Tissue Viability. 2020.