NASCIC Partner Highlight: Kalogon Smart Seating Technology for Spinal Cord Injury
Kalogon develops smart wheelchair cushions that redistribute pressure automatically to prevent skin breakdown. Their technology uses real-time monitoring to protect wheelchair users with SCI.
Learn more at www.kalogon.com
Meet NASCIC Partner: Kalogon
Former aerospace engineers are transforming wheelchair seating through technology originally developed for military aviation. Kalogon, a health technology company founded by engineers from the aerospace industry, brings a unique perspective to solving one of the most persistent challenges facing people with spinal cord injuries: pressure injuries.
The company's mission centers on helping people "Live Active, Seated Lives" by creating seating systems that automatically adjust pressure distribution throughout the day. This partnership between NASCIC and Kalogon represents a commitment to bringing scientifically validated, user-centered technology to the SCI community.
What sets Kalogon apart is their collaborative approach. Every product development decision involves input from wheelchair users, clinicians, and researchers. This ensures their technology addresses real needs rather than theoretical problems, resulting in solutions that work in both clinical settings and everyday life.
See Kalogon Technology in Action
Schedule a personalized demonstration to experience how smart seating can transform your daily comfort and skin health.
Schedule Your Demo at Kalogon.comThe Science Behind Pressure Injuries in SCI
How Pressure Injuries Develop
Pressure injuries occur when sustained force restricts blood flow to skin and underlying tissues. For individuals with spinal cord injuries, several factors increase this risk significantly. Reduced or absent sensation means the body's natural warning system—pain that prompts position changes—no longer functions. Combined with decreased mobility and altered blood flow patterns below the injury level, this creates conditions where tissue damage can begin in as little as one to two hours of unrelieved pressure.
The statistics underscore this challenge: pressure injuries affect up to 95% of people with SCI at some point in their lives, with annual treatment costs exceeding $9.5 billion in the United States alone. These injuries remain the second leading cause of rehospitalization after SCI, disrupting lives, limiting independence, and requiring months of healing time.
Traditional Prevention Methods
Current prevention strategies rely heavily on scheduled pressure relief—lifting oneself or tilting the wheelchair every 15-30 minutes. Static cushions made from foam, gel, or air cells provide passive pressure distribution but cannot respond to changes in posture, temperature, or sitting duration. These methods require constant vigilance and physical effort from users, creating a burden that interferes with work, social activities, and daily tasks.
Even with diligent prevention efforts, the limitations of static solutions become apparent over time. Cushions compress and lose effectiveness throughout the day. Body position shifts during activities alter pressure points. Environmental factors like temperature and humidity affect both the cushion materials and skin vulnerability. These variables create gaps in protection that traditional approaches cannot address.
How Kalogon's Technology Functions
The Pressure Management System
Kalogon's Advanced Pressure Management System (APMS) represents a fundamental shift from passive to active pressure management. The system uses an array of sensors embedded within the cushion to map pressure distribution across the seating surface 60 times per second. This continuous monitoring feeds data to machine learning algorithms that identify pressure patterns and predict areas of concern before tissue damage begins.
The cushion contains patent-pending air cells that adjust independently based on sensor readings. When the system detects sustained pressure in one area, it redistributes force by inflating surrounding cells while slightly deflating cells under high-pressure zones. This creates a gentle, wave-like redistribution pattern that maintains blood flow without disrupting the user's stability or activities.
Users control the system through a mobile app that displays real-time pressure maps, tracks sitting time, and allows customization of pressure thresholds. Clinicians can prescribe specific pressure levels for different anatomical areas—lower pressure under bony prominences like the tailbone and sitting bones, with firmer support under the thighs for stability.
Smart Technology vs. Traditional Cushions
| Feature | Traditional Cushions | Kalogon Smart Technology |
|---|---|---|
| Pressure Response | Static distribution | Dynamic, real-time adjustment |
| Monitoring | None | Continuous pressure mapping |
| Customization | One-time setup | Adjustable zones via app |
| Data Tracking | Manual logs only | Automatic recording and analysis |
| Medicare Coverage | Various codes | Approved under specific codes |
| Maintenance | Regular replacement | Self-adjusting with alerts |
Aerospace Engineering Applied to Healthcare
The translation of aerospace technology to medical applications showcases how cross-industry knowledge transfer can solve healthcare challenges. Aircraft seating must maintain pilot comfort and alertness during missions lasting 30+ hours—a requirement that parallels the needs of wheelchair users who spend 12-16 hours daily in their chairs.
Kalogon's engineering team applied lessons from military aviation contracts, where their technology helps B-52 aircrews maintain performance during extended flights. The same pressure redistribution principles that prevent pilot fatigue now protect wheelchair users from tissue breakdown. This dual-use approach has attracted support from the U.S. Air Force through Small Business Innovation Research (SBIR) contracts, validating both the technology and its broader applications.
Product Line for SCI Users
Orbiter Med
The Orbiter Med represents Kalogon's flagship medical product, combining smart technology with Medicare reimbursement accessibility. This custom wheelchair cushion meets insurance requirements while delivering the full Advanced Pressure Management System. Each Orbiter Med undergoes individual configuration based on clinical assessment, body mapping, and prescribed pressure parameters.
Medicare approval under specific reimbursement codes makes this technology financially accessible to users who previously could not afford smart seating solutions. The device qualifies for coverage based on medical necessity documentation, particularly for individuals with history of pressure injuries or identified high-risk factors.
Orbiter
The Orbiter consumer model brings smart seating technology to users seeking direct purchase options. While maintaining the same core APMS technology, this version offers additional customization through the companion app, allowing users to fine-tune their seating experience based on activities and preferences.
The machine learning capabilities of the Orbiter adapt to individual sitting patterns over time, recognizing regular activities and automatically adjusting support profiles. For example, the system learns to provide different pressure distributions for desk work versus wheelchair sports, switching modes based on movement patterns and time of day.
Additional Products
Kalogon's product ecosystem extends beyond seat cushions. The Bondar back support system applies similar pressure management principles to maintain spinal alignment and reduce upper body fatigue. The Booster controller addresses maintenance needs for users of single-cell air flotation cushions, providing consistent inflation management.
Orbiter Med
Medicare Approved
Custom medical cushion with full APMS technology, configured for individual clinical needs.
Orbiter
Direct Purchase
Consumer smart cushion with machine learning that adapts to your daily routines.
Bondar
Back Support
E2617 Medicare-coded custom back cushion for postural support and comfort.
Booster
Maintenance Tool
Controller system for managing single-cell air flotation cushions.
Clinical Research and Evidence
Published Studies
Peer-reviewed research published in the Journal of Tissue Viability demonstrates measurable improvements in tissue health markers among Kalogon users. Studies show increased blood flow perfusion rates of up to 40% compared to static cushions, with reduced reactive hyperemia indicating less tissue stress during prolonged sitting.
Clinical trials involving participants with complete and incomplete spinal cord injuries documented significant reductions in peak pressure measurements at high-risk anatomical sites. The sacrum and ischial tuberosities—primary locations for pressure injury development—showed pressure reductions averaging 32% with dynamic redistribution compared to best-practice static cushions.
Patient Outcomes
Real-world data from Kalogon users reveals impacts beyond laboratory measurements. Users report extended sitting tolerance, with many achieving 2-4 additional hours of comfortable seated time per day. This translates directly to increased participation in work, education, and social activities.
Healthcare facilities implementing Kalogon technology report decreased pressure injury incidence rates and reduced rehospitalizations. One rehabilitation center documented a 47% reduction in Stage 2+ pressure injuries over 18 months after transitioning high-risk patients to smart cushion technology.
Research Highlights
- 40% increase in blood flow perfusion
- 32% average pressure reduction at risk sites
- 47% decrease in Stage 2+ injuries in clinical settings
- 2-4 hours additional comfortable sitting time daily
Applications Beyond Healthcare
Military Aviation Solutions
The U.S. Air Force partnership demonstrates Kalogon's technology performing under extreme conditions. B-52 bomber crews endure missions exceeding 30 hours, with limited movement options in cramped cockpits. The Orbiter Ace system, specifically configured for military aircraft, maintains crew alertness and reduces fatigue-related errors.
Success in military applications validates the technology's reliability and effectiveness. The system adapts to altitude pressure changes, temperature variations, and g-force effects while maintaining consistent support. These demanding requirements exceed typical medical device standards, providing additional confidence in consumer applications.
Commercial Transportation
Long-haul truckers, commercial pilots, and train operators face similar seated duration challenges. Kalogon's expansion into transportation markets brings medical-grade pressure management to occupational seating. Fleet operators report reduced driver fatigue complaints and fewer injury-related absences after implementing smart seating solutions.
Automotive manufacturers are exploring integration of APMS technology into vehicle seats, particularly for autonomous vehicles where drivers become passengers for extended periods. This convergence of medical technology and consumer products promises broader availability and reduced costs through scale production.
Design Process with Users
Community Collaboration
Kalogon's development process starts and ends with user input. Their advisory board includes individuals with various levels of spinal cord injury, from recent injuries to decades of lived experience. This diversity ensures products address needs across the full spectrum of SCI presentations.
Regular focus groups and beta testing programs involve hundreds of community members in product refinement. Users test prototypes in their daily environments, providing feedback on everything from app interface design to cushion cover materials. This iterative process has resulted in features like one-handed app navigation and voice control options that might not emerge from traditional engineering approaches.
Accessibility Features
The Kalogon app exemplifies universal design principles, with features accommodating various disability presentations. Large touch targets accommodate limited hand function. High contrast displays work for users with visual impairments. Voice commands provide hands-free control. Screen reader compatibility ensures blind users can access all functions.
Setup procedures account for users who may need assistance, with remote configuration options allowing clinicians or caregivers to adjust settings while maintaining user privacy and control. The system includes multiple alert methods—visual, auditory, and haptic—ensuring users receive maintenance reminders regardless of sensory limitations.
Future Developments in Smart Seating
New Technologies
Next-generation sensors under development will detect early signs of tissue stress before pressure becomes problematic. Temperature sensors will identify inflammation indicators. Moisture sensors will track skin conditions affecting breakdown risk. Integration with wearable devices will correlate activity levels, heart rate variability, and other health metrics with seating needs.
Artificial intelligence advances promise predictive capabilities that anticipate pressure relief needs based on patterns, schedules, and environmental factors. The system might suggest position changes before critical thresholds, alert caregivers to unusual patterns indicating health changes, or automatically adjust for weather-related edema.
Research Directions
Ongoing studies explore whether dynamic pressure redistribution can accelerate healing of existing pressure injuries. Preliminary data suggests improved outcomes when smart cushions are used during recovery, potentially reducing healing time and recurrence rates.
Posture optimization algorithms represent another frontier, with research examining how micro-adjustments throughout the day might prevent secondary complications like scoliosis or hip subluxation. Long-term studies tracking users over multiple years will provide insights into prevention of age-related changes common after SCI.
Getting Started with Kalogon
Assessment Process
Clinical evaluation determines your specific pressure management needs and insurance eligibility. Kalogon works with your healthcare team to document medical necessity and customize your solution.
Insurance Navigation
Kalogon's reimbursement specialists guide you through Medicare or private insurance approval, handling paperwork and appeals if needed. Many users qualify for full coverage.
Training & Support
Comprehensive training ensures you maximize your smart cushion's benefits. Ongoing technical support and clinical consultations keep your system optimized.
Experience Smart Seating Technology
Join thousands of wheelchair users who have discovered the difference smart pressure management makes in daily comfort and skin health. Schedule your personalized demonstration today.
Questions? Call Kalogon directly at 1-800-KALOGON or email info@kalogon.com
Connect with Kalogon
Research & White Papers
Access peer-reviewed studies and clinical evidence supporting smart seating technology.
View Research →Community Programs
Join user groups, beta testing opportunities, and educational webinars.
Join Community →Healthcare Providers
Schedule in-service training for your facility or request clinical resources.
Provider Resources →Product Information
Explore the full product line and download detailed specifications.
View Products →NASCIC proudly partners with Kalogon to bring scientifically validated, user-centered technology to our community. Together, we're working toward a future where pressure injuries no longer limit the lives of people with spinal cord injuries.
Become a NASCIC Professional Member
Organizations and individuals with interests or activities related to people living with SCI can join NASCIC as Professional Members. This includes clinical care facilities, professional associations, funding agencies, for-profit entities, government agencies, and research institutions.
"It is important to Professional Members to have the opportunity to hear first-hand the discussions and business at hand for the community of individuals with SCI within their framework, in an environment in which they lead, and in which we can contribute as appropriate. As a Professional Member, we are enthusiastic about actively listening and understanding the community's goals and priorities and working with them to address both their goals and ours."
– Dr. Dennis Bourbeau, Case Western Reserve University, Louis Stokes VA
Benefits of Professional Membership
- Engage and connect directly with the spinal cord injury community
- Learn about the priorities, needs and opportunities of people living with SCI and the organizations that represent them in North America
- Gain access to people with lived experience and their family members as a component of the patient engagement movement
- Ability to present and co-design projects with NASCIC
- Earn exposure, recognition, and acknowledgement from the community living with SCI
How to Get Involved
- Submit a project application or request a letter of support to NASCIC's Project Review Committee
- Request research recruitment distribution through NASCIC networks
- Join one of NASCIC's many committees, working groups and task forces
Join leading organizations like Kalogon in partnering with NASCIC to improve outcomes for the SCI community.
Apply for Professional MembershipProfessional Members can advise Principal and Patron members and participate in meetings and discussions.
