HeelSphere™ – Reducing the Stress of Pressure Injuries
The Ultimate Heel Offloading Solution for Patients at Risk of Pressure Injuries
About Us
Welcome to HeelSphere™ – Innovation in Pressure Injury Prevention and Treatment
Heel pressure injuries are a serious healthcare challenge affecting millions of patients worldwide. Traditional methods for heel elevation and offloading often fail due to instability, discomfort, and inadequate elevation, leading to prolonged healing times and increased medical costs.
HeelSphere™ is designed to revolutionize heel pressure injury management, offering a scientifically backed, patient-preferred, and healthcare professional-approved solution that ensures effective heel offloading, improved patient comfort, and ease of care for medical staff.
HeelSphere™ is designed to revolutionize heel pressure injury management, offering a scientifically backed, patient-preferred, and healthcare professional-approved solution that ensures effective heel offloading, improved patient comfort, and ease of care for medical staff.
Clinically Tested In an Acute Hospital



Why Are Heel Pressure Injuries a Major Concern?
Heel pressure injuries—commonly referred to as pressure ulcers, bedsores, or decubitus ulcers—occur when prolonged pressure on the heel restricts blood flow, leading to skin breakdown and deep tissue damage. These injuries are particularly common in:
- Hospitalized patients
- ICU patients (50% at risk)
- Post-surgical and immobilized patients
- Elderly individuals in nursing homes or long-term care facilities
- Patients with diabetes, vascular diseases, or mobility impairments
These often neglected injuries can result in serious complications, including infections, prolonged hospital stays, amputations, and even life-threatening sepsis.
The Economic & Legal Burden of Heel Injuries
Heel pressure injuries pose a significant financial and legal burden on hospitals and healthcare facilities:
- Over 10% of hospital admissions involve patients at risk of pressure injuries.
- Hospitals spend an estimated $1.2 billion to $2.1 billion annually on heel pressure injury prevention and treatment
- The cost of treating a single pressure ulcer ranges from $20,900 to $151,700, making prevention a far more cost-effective strategy.
- Failure to follow hospital protocols for pressure injury prevention can lead to legal liabilities, penalties, and reduced reimbursement from insurers.


Current Solutions Fall Short
Traditional methods for heel offloading—such as heel boots, pillows, or foam cushions—are often ineffective and frustrating for both patients and caregivers. These devices:
- Fail to stay in place when patients roll or move
- Do not provide consistent and sufficient heel elevation
- Obstruct heel visibility, making wound care and dressing changes difficult
- Cause discomfort, skin irritation, or pressure redistribution issues
- Are difficult to apply and remove, leading to staff frustration
The Solution: Why Choose HeelSphere™?
HeelSphere™ is an innovative, patented heel-offloading device that overcomes these challenges. Designed with both patient comfort and clinical effectiveness in mind, it provides consistent heel elevation and remains in place during patient movement. The device is used for the treatment as well as prevention.

Easy Dressing & Wound Care
The unique design allows clear visibility of the heel, making it easier for nurses and doctors to change dressings and monitor healing progress.

Strap-Free, Skin-Friendly Application
Unlike other heel boots, HeelSphere™ does not require straps that can cause medical device-related skin injuries.

Effective & Consistent Heel Elevation
Provides superior pressure offloading to prevent and manage heel injuries.

Enhanced Comfort & Mobility
Patients can move their feet side-to-side freely, reducing discomfort and the feeling of being restrained.

Stability During Movement
Unlike traditional pillows or boots, HeelSphere™ stays securely in place even when the patient rolls or shifts positions.

Lightweight & Vacuum Packed
For easy storage and transport, making it a practical solution for hospitals and care facilities.

Regulatory Approved & Clinically Validated
HeelSphere™ is 510(k) exempt and has been clinically tested for safety and effectiveness.
Proven Effectiveness: Backed by Research & Real-World Feedback
HeelSphere™ was evaluated in an IRB-approved study conducted in a community hospital. The results –
Nurses found it highly effective:
- “This device is so simple and so crucial”
- “Preexisting devices fall short—this one stays in place”
- “It makes dressing changes and wound care much easier”
Patients loved it:
- “Extremely comfortable”
- “Much better than using a pillow”
- “I feel secure, and I don’t have to worry about my foot falling off”
A Key Opinion Leader (KOL) who tested HeelSphere™ shared:
“I hope this product will be widely available. I gave it to my friend with a heel injury, and for the first time, he could sleep without heel pain.”

Unique Design & Features of HeelSphere™
HeelSphere™ is a patented medical device carefully engineered and designed to address the most critical
shortcomings of traditional heel support products.

Effective & Consistent Heel Elevation
- HeelSphere™ ensures the heel remains suspended, completely eliminating direct pressure on the heel area.
- Unlike pillows or foam wedges, it does not flatten over time, maintaining consistent offloading for improved patient outcomes.
Stays Securely in Place – Even When Patients Move
- Designed to remain stable, HeelSphere™ does not shift or fall off when patients roll over, adjust positions, or move their legs.
- Helps reduce nursing intervention time since caregivers do not have to constantly reposition the device.
Open Heel Design – Easier Treatment & X-Rays
- Traditional boots and cushions obstruct heel visibility, making wound care and dressing changes challenging.
- HeelSphere™ allows full visibility of the heel so medical professionals can apply treatments and conduct imaging (X-rays) without removing the device.
Strap-Free Application – No Skin Damage
- Many heel offloading devices use straps and bindings that can lead to medical device-related skin injuries (MDRSIs).
- HeelSphere™ uses an ergonomic, strap-free design that eliminates tight compression and pressure sores on the leg.
Enhanced Comfort & Patient Mobility
- Patients can move their foot side-to-side, unlike traditional heel boots that restrict natural movement.
- Provides a soft, secure, and comfortable experience, making it easier for patients to rest and recover without discomfort.
Lightweight, Vacuum Packed for Easy Storage & Transport
- HeelSphere™ is compact and lightweight, making it easier for hospitals, home healthcare providers, and distributors to store and transport.

Various types of medical facilities can benefit from HeelSphere™
- Hospitals & ICUs: Improve patient care while reducing the financial burden of treating heel injuries.
- Skilled Nursing Facilities & Long-Term Care Centers: Provide superior comfort and injury prevention for elderly and immobile residents.
- Home Healthcare Providers: Ensure at-home patients receive the same level of pressure relief as in a hospital setting.
- Patients at Risk of Pressure Injuries: ndividuals with diabetes, mobility issues, or post-surgical conditions can greatly benefit from HeelSphere™’s superior design.

Be Part of the Future of Pressure Injury Prevention
Pressure injuries are a growing healthcare concern, and HeelSphere™ is the trusted, innovative solution that healthcare professionals and patients deserve.
By choosing HeelSphere™, hospitals, nursing facilities, and home caregivers can
- Reduce patient suffering
- Lower treatment costs
- Improve nursing efficiency
- Ensure better health outcomes
Take the Next Step with HeelSphere™!
HeelSphere™ is the future of heel offloading and pressure injury prevention. If you’re a healthcare provider, hospital administrator, or medical distributor OR Interested in investing, or implementing HeelSphere™ now is the time to implement HeelSphere™ in your facility.
- Improve patient care
- Reduce treatment costs
- Enhance nursing efficiency
