Comfortable Graham Field 7931R Mobility Aid Lumex Adjustable Bath Bench Platinum 1Ea Prestigious

Description

The Graham Field Lumex Adjustable Bath Bench Platinum (#7931R) is a premium mobility aid designed to provide safe and comfortable bathing for individuals with limited mobility or balance concerns. This durable bath bench features height-adjustable legs that accommodate users of various heights and different bathtub configurations. The platinum finish not only provides an attractive appearance but also superior corrosion resistance for long-lasting use in wet bathroom environments. The bench features a comfortable, textured seat that provides secure seating while allowing water to drain through. Non-slip rubber tips on all four legs ensure stability and prevent sliding during use. The tool- assembly makes setup quick and easy, while the lightweight aluminum construction allows for easy repositioning when needed. Graham Field has been a manufacturer of medical equipment for over 80 years, and this bath bench reflects their commitment to quality and safety. The bench supports up to 400 pounds, making it suitable for most users. This essential bathroom safety device helps prevent falls and provides independence for those who have difficulty standing for extended periods during bathing.

Suggested Use

Adjust leg height to desired level using the push-button mechanisms. Place bench securely in bathtub or shower, ensuring all four legs are firmly positioned and rubber tips make full contact with tub bottom. Test stability before use. Sit down slowly and maintain contact with bench throughout bathing.

Ingredients Ingredient Amount Purpose Aluminum Alloy Frame 85% Structural support and corrosion resistance High-Density Polyethylene Seat 10% Comfort and durability Rubber Leg Tips 3% Non-slip safety Stainless Steel Hardware 2% Adjustment mechanisms Other Ingredients

The bench includes anodized aluminum finish for enhanced corrosion protection, reinforced plastic components for durability, and precision-engineered adjustment mechanisms for reliable height positioning.

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