LSFY909F3B-56 Wheelchair

The LSFY909F3B-56 Wheelchair is a heavy-duty, reinforced mobility solution designed to provide enhanced comfort and stability for bariatric patients or individuals requiring a wider seating area. This model features a specialized frame and high-capacity components to ensure long-term durability and safety.

【Key Structural Features】

• Reinforced Double-Cross Frame: Constructed from a high-strength, powder-coated steel frame featuring a double-cross brace mechanism for superior weight-bearing capacity and structural integrity.

• Extra-Wide Seating Area: Specifically engineered with a 56cm wide seat to accommodate larger users comfortably, ensuring proper pressure distribution during prolonged use.

• Premium Padded Upholstery: Equipped with heavy-duty, breathable black padded fabric for the seat and backrest, featuring a quilted design for enhanced user comfort.

• High-Durability Mag Wheels: Features large, reinforced composite mag-style rear wheels that are flat-free and impact-resistant, providing a stable and low-maintenance self-propulsion system.

• Enhanced Front Stability: Built on heavy-duty, 360-degree swivel front casters with wider tires to ensure smooth maneuverability and stability across various floor surfaces.

• Adjustable Comfort Supports:

  • Swing-Away Footrests: Includes detachable, swing-away footrests with large textured footplates to facilitate easy transfers and accommodate different leg lengths.

  • Padded Desk-Length Armrests: Features fixed, padded armrests designed to provide stable support while allowing the user to sit closer to tables or desks.

• Safety Braking System: Includes manual push-to-lock wheel brakes located within easy reach of the user to secure the chair during stationary periods or transfers.

  Feature	Specification
  Model	LSFY909F3B-56
  Frame Material	Reinforced Powder-Coated Steel
  Seat Width	56 cm (Bariatric design)
  Upholstery	Quilted black padded fabric
  Rear Wheels	Heavy-duty composite Mag-style
  Brakes	Manual push-to-lock system