Once shared stations fill up, a stool on a U-shaped sled base brings an ergonomic blow-molded seat. At your station, this drafting stool includes a fan-back backrest and an ergonomic blow molded contoured seat shaped for maximum air comfort. In a lab or art environment where work changes between users and tasks, a stackable stool lets you plan seating around the room's schedule. You can evaluate that configuration against the way your staff moves between materials, tools, and active work surfaces.
The frame uses 12 gauge chrome-plated tubular steel and includes a rear brace. The seat is blow molded and contoured, while the backrest uses a fan-back form. The U-shaped sled base legs use an enhanced glide design with glides that contain embedded thermoplastic polyurethane. Those glides are permanently attached and are intended for use on multiple floors, including VCT tiles. The listed dimensions are 31 3/4-inch high by 16 3/4-inch wide by 16 1/4-inch deep. That measured size gives you the information needed to check clearances, align a row, and assign the stool to a station before putting it into use. The stool is also stackable, allowing you to account for storage when the room's seating needs change.
For your purchasing review, the configuration is clearly specified: a chrome-plated 12 gauge tubular steel frame, rear brace, fan-back backrest, ergonomic blow molded contoured seat, U-shaped sled base legs, and permanently attached glides with embedded thermoplastic polyurethane. The 31 3/4-inch height, 16 3/4-inch width, and 16 1/4-inch depth let you compare the stool with your available stations and clearances using the same measurements throughout your plan. In a lab or art room, you can assign the stackable drafting stool where users need a seat with a contoured surface and where the floor may include VCT tile or another supported floor type. The result is a documented seating choice tied to your room dimensions, user activity, and storage plan.
Ships ready for easy assembly.