Austin Security Campus Bariatric Safety Restraint Kit
CATEGORY: Health Equipment, Patient Safety & Restraint Solutions
$649.40
Developed in collaboration with Austin Security, the Austin Security Campus Bariatric Safety Restraint Kit has been specifically designed to provide healthcare professionals with a secure, reliable, and effective patient management solution for bariatric patients who may be agitated, distressed, confused, or at risk of causing harm to themselves or others.
Designed for use in hospitals, emergency departments, mental health facilities, secure healthcare environments, and patient transport services, this comprehensive restraint system supports the delivery of essential clinical care while helping to maintain the safety of patients, healthcare workers, and caregivers.
Engineered to meet the unique requirements of bariatric patient management, the kit incorporates heavy-duty restraint components, reinforced attachment systems, and rapid-release technology to deliver dependable performance in demanding healthcare environments.
The system includes bariatric wrist cuffs manufactured from durable healthcare-grade materials and secured using extra-wide 50mm hook-and-loop fastening, providing a comfortable and secure fit. Each cuff features a robust 25mm restraint webbing assembly and dual metal D-ring adjustment system, ensuring reliable restraint application while allowing individual fit adjustment.
Both the wrist and ankle anchor assemblies are designed to securely attach to hospital beds, stretchers, and patient trolleys using heavy-duty restraint webbing and reinforced metal D-ring connections. This provides stable anchor points that help support safe patient management while allowing healthcare professionals to continue treatment and observation.
For enhanced security and operational efficiency, the restraint system incorporates heavy-duty protector buckles with mechanical key-release functionality. This specialised design allows authorised personnel to rapidly release the restraint when clinically required, ensuring immediate patient access during emergency situations or urgent medical interventions.
Supplied in a durable denier storage bag, the complete kit is easy to store, transport, and deploy, making it an ideal solution for healthcare facilities requiring a professional-grade bariatric patient management system.
Key Features
Developed in collaboration with Austin Security
Purpose-designed for bariatric patient management
Heavy-duty bariatric wrist and ankle cuff system
Wide 50mm hook-and-loop fastening for secure application
Durable 25mm restraint webbing throughout
Reinforced dual metal D-ring adjustment system
Protector buckle connection system with mechanical key release
Compatible with beds, stretchers, and patient transport trolleys
Designed for rapid deployment and clinical use
Durable denier storage bag included
Individual replacement components available
Australian made using quality materials and workmanship
Ideal Applications
Hospitals and Acute Care Facilities
Emergency Departments
Mental Health Services
Secure Healthcare Units
Bariatric Care Programs
Ambulance and Patient Transport Services
Correctional Healthcare Environments
High Dependency Care Areas
Benefits
Assists with the safe management of bariatric patients
Supports patient, staff, and caregiver safety
Provides strong and reliable restraint performance
Allows rapid release by authorised personnel when required
Durable construction for long-term clinical use
Easy to store, transport, and deploy
Designed for demanding healthcare and emergency environments
Why Choose the Austin Security Campus Bariatric Safety Restraint Kit?
The Austin Security Campus Bariatric Safety Restraint Kit combines strength, security, and clinical practicality to provide healthcare professionals with a dependable bariatric patient management solution. Featuring reinforced restraint components, mechanical key-release buckles, and heavy-duty anchoring systems, the kit is designed to support safe patient care while maintaining operational efficiency in challenging healthcare environments.
ARTG 446531

