Crossover Nio
Convertible Hybrid Mattress
Traditional mattress replacements are a significant bottleneck, requiring multiple caregivers and hours of labor. This delay increases the risk of skin breakdown and prolongs hospital stays.
The Crossover Nio Solution: A versatile Power Hybrid Mattress engineered for clinicians to deliver continuous, adaptive care by blending the comfort of foam with dynamic pressure relief technology.
Clinical Benefits & Efficiency
- Seamless Convertibility: Transition between modes instantly without moving the patient, saving valuable nursing time.
- Optimized Workflow: Eliminate the need for physical mattress swaps, reducing caregiver physical strain.
- Continuous Skin Integrity: Provides consistent pressure redistribution throughout the entire patient journey.
Ideal For: Wound Care Nurses, Critical Care Units, and Pressure Injury Prevention Teams.
Reduce manual handling and enhance recovery. Download Crossover Nio Clinical Care Kit designed for frontline caregivers.
Download Clinical Care Kit
Optimized Clinical Workflow
Simplify Boost/Ease patient care transitions to optimize clinical workflow efficiency. Our hybrid mattress design removes equipment swaps, letting caregivers adjust care levels quickly and focus on patient care.
Continuous Effective Care
Deliver effective pressure injury prevention through advanced Alternating and Continuous Low Pressure (CLP) modes. Auto-resumed Max Firm ensures 24 hours continuous therapeutic integrity.
Advanced Proactive Heel Protection
Protect vulnerable heels with our sloped foam structure and precision PetalFlexTM design. The contoured cutting helps distribute pressure more evenly, offering dependable support and comfort for delicate heel areas.
PetalFlexTM Design: A biomimetic structure inspired by blooming petals that dynamically cradles the heel. This geometric cutting adapts to individual contours to maximize pressure offloading.
Easy Maintenance for Extended Service Life
Maximize your investment with independently replaceable components that ensure rapid upkeep and a longer product lifespan. This modular design simplifies maintenance and reduces long-term operational costs.
| Crossover Nio | ||
|---|---|---|
| Mattress Dimension (L x W x H ) | 75-83 x 32-35 x 6 in | 1900-2100 x 800-900 x 150 mm |
| Mattress Weight | 34 lb | 15 kg |
| Maximum Patient Weight | 550 lb | 250 kg |
| Pump Dimension (L x W x H ) | 11 x 7 x 5 in | 290 x 190 x 130 mm |
| Supply Voltage | 100-120 V ; 220-240 V |
50 Hz ; 60 Hz |
What is the Crossover Nio?
- Crossover Nio is a power hybrid mattress designed for pressure injury prevention in acute and critical care settings.
- It combines a foam base with active air cells to support powered and non-powered therapy without mattress replacement.
- Suitable for hospitals requiring flexible support surfaces throughout patient care transitions.
What therapy modes does the Crossover Nio support?
- Alternating Pressure (AP) mode for pressure redistribution in moderate- to high-risk patients.
- Continuous Low Pressure (CLP) mode for stable, low-pressure support with better immersion and envelopment.
- Max Firm and non-powered modes for care procedures and transport situations.
How does the Crossover Nio help prevent heel pressure injuries?
- Crossover Nio features the PetalFlex™ Design, a heel-specific foam structure developed by Wellell to improve pressure redistribution at the heel.
- The PetalFlex™ Design features independently responsive foam segments with precision-cut grooves that adapt to individual heel contours, increasing contact surface area and reducing peak pressure at the heel tip.
- A sloped foam heel zone supports the lower calf, gently offloading pressure away from the calcaneus without the need for additional positioning devices.
- When combined with Alternating Pressure (AP) and Continuous Low Pressure (CLP) therapy modes, the PetalFlex™ Design provides continuous heel pressure redistribution throughout different stages of patient care.
📖 Learn more about the clinical design rationale: Heel Pressure Injuries: Why Standard Mattresses Fall Short
How does the Crossover Nio reduce nursing workload?
- Therapy modes can be switched at the bedside without replacing the mattress.
- One caregiver can complete mode transitions in under two minutes.
- This reduces patient handling, staff time, and workflow disruption.
How to operate the Crossover Nio in non-powered mode?
- In non-powered mode, keep the quick connector cap closed while the patient is lying on the mattress to maintain internal air pressure.
- It is recommended to re-inflate the mattress every 14 days by opening the cap when the patient is off the mattress.
- Non-powered mode provides passive pressure redistribution through the foam base when pump support is not in use.
How should the Crossover Nio be stored?
- Store the mattress flat with the Quick Connector cap closed.
- Do not fold, crease, or stack the mattress.
- Avoid direct sunlight, high temperatures, and humid environments.
Optimized Clinical Workflow
Simplify Boost/Ease patient care transitions to optimize clinical workflow efficiency. Our hybrid mattress design removes equipment swaps, letting caregivers adjust care levels quickly and focus on patient care.
Continuous Effective Care
Deliver effective pressure injury prevention through advanced Alternating and Continuous Low Pressure (CLP) modes. Auto-resumed Max Firm ensures 24 hours continuous therapeutic integrity.
Advanced Proactive Heel Protection
Protect vulnerable heels with our sloped foam structure and precision PetalFlexTM design. The contoured cutting helps distribute pressure more evenly, offering dependable support and comfort for delicate heel areas.
PetalFlexTM Design: A biomimetic structure inspired by blooming petals that dynamically cradles the heel. This geometric cutting adapts to individual contours to maximize pressure offloading.
Easy Maintenance for Extended Service Life
Maximize your investment with independently replaceable components that ensure rapid upkeep and a longer product lifespan. This modular design simplifies maintenance and reduces long-term operational costs.
