Designed for modern rehabilitation environments, these Portable Parallel Bars deliver unmatched stability, mobility, and adjustability for physical therapy, gait training, and balance rehabilitation. Engineered with a 600 lb base load capacity (300 lbs per bar) and a rugged welded aluminum frame, this system provides dependable support for patients while maintaining an exceptionally lightweight and portable design. The fully foldable frame transitions seamlessly into transport mode, featuring a compact footprint and a 55° turn radius for easy movement through tight hallways and treatment rooms. Equipped with (4) 4-inch total-locking medical-grade casters, the unit rolls smoothly and locks securely into place during use. In extended mode, the parallel bars offer generous working space with adjustable aluminum handrails (22.75–26.5”W) and a dual-lock height adjustment system (28.5–41”H), giving clinicians precise control for various therapy needs. The anti-slip walking surface ensures patient safety, while the anti-microbial and anti-bacterial powder-coat finish enhances hygiene in high-traffic environments. Perfect for clinics, rehab centers, hospitals, and mobile therapy programs, these portable parallel bars redefine convenience without compromising performance. Key Features Performance & Stability 600 lb base capacity (300 lbs per bar) for reliable support Welded aluminum frame and walking surface for long-lasting durability Anti-slip platform enhances patient safety during gait and balance training Portability & Mobility Fully foldable design for compact storage and transport Transport Mode Dimensions: 12.25–17.5”W × 60”L × 39.5”H 55° turn radius for excellent maneuverability (4) 4" total-locking medical-grade casters for smooth rolling and secure positioning Adjustability Extended Mode Dimensions: 45.5”W × 60”L × 28.5–41”H Adjustable aluminum handrails: 22.75–26.5”W Dual-lock height adjustment provides secure, precise customization Hygiene & Safety Anti-microbial & anti-bacterial powder-coated finish Anti-slip surface prevents slips and enhances stability