Lorell LLR83081 Metal Shop Stool 24 Inch Backless 275 Lb

Product Description

The LORELL LLR83081 is a backless metal shop stool designed for demanding work environments where durability and mobility matter. Standing 24 inches tall with a padded vinyl seat in light gray, it provides a stable perch for technicians and tradespeople working at benches, counters, and workstations. The riveted seat pan construction adds structural rigidity under load. A built-in foot ring improves comfort during extended use. The stool meets or exceeds ANSI/BIFMA standards and supports up to 275 pounds, making it suitable for sustained daily use in professional settings.

This stool is well-suited for shops, garages, laboratories, and factory floors where workers need quick, unrestricted access from any angle. The backless configuration allows 360-degree entry and exit, which is practical in tight or high-traffic areas. Nonmarring floor glides protect finished and sealed concrete surfaces when the stool is repositioned. When not in use, stools stack for compact storage, an advantage in smaller facilities or shared work areas where floor space is limited.

Key Features

• 24-inch seat height for bench and counter-height workstation use
• Backless design allows 360-degree access and unrestricted movement
• Riveted seat pan provides structural stability under load
• Built-in foot ring for comfort during extended standing or sitting
• Nonmarring floor glides protect surfaces during repositioning
• Stackable design for space-efficient storage
• Meets or exceeds ANSI/BIFMA standards for durability and safety

Compatibility

Designed as a general-purpose shop stool for use at standard bench-height and counter-height workstations in commercial, industrial, and laboratory environments.

Installation Notes

No assembly tools are typically required for initial use, though some light hardware assembly may apply depending on packaging configuration. Place the stool on a level surface and verify all riveted connections are secure before use. When stacking multiple units, ensure the stack is stable and stored away from high-traffic pathways to prevent tipping.