furniturestore-search
Search

Multi-Function LeatherPlus Drafting Stool W/ Adjustable Arms – B1646


  • Arm Type: Adjustable
  • Mechanism Type: 3 paddle multi-function
  • Infinite Lock: Yes
  • Pneumatic Gas Lift: Yes
  • Upright Lock: Yes
  • Chair Base: Nylon 27 Inch
  • Casters: Dual Wheel Nylon 2 Inch
  • Weight Capacity: 275 lb

This Multi-Function Budget Drafting Stool is upholstered in Black LeatherPlus (leather and polyurethane) for added softness and durability. It has a pneumatic gas lift seat height adjustment, allowing for versatile seat height adjustment to suit your comfort and work environment. It is attached with a 20-inch chrome foot ring for added leg and foot support. The large 27-inch black nylon base provides added stability to the chair. The hooded double-wheel casters make it easy to move and shift directions. The height-adjustable arms offer comfortable and versatile armrests that can suit your personal preferences.

Product Dimensions

  • Product Width: 27″
  • Product Depth: 35.5″
  • Product Height: 43.5″
  • Max Product Height: 48″
  • Back Height: 18.5″
  • Back Width: 17.5″
  • Seat Depth: 17.5″
  • Seat Width: 19.5″
  • Seat Height: 26″-29.5″H
  • Arm Height: 33.5″-40″H

Package Details

  • Shipping Length: 29″
  • Shipping Width: 19″
  • Shipping Height: 27
  • Shipping Weight: 49 lb
  • Cubic Feet: 8.61
  • Freight Class: 175

Fabric

Made with LeatherPlus – Leather infused with polyurethane for added pliability and extra softness.

Fabric/Material – Back

Allows air to pass through, adding to long-term comfort by preventing body heat and moisture build-up. Especially useful in hot, humid climates.

Metal Foot Ring

Metal circular ring used on drafting & medical stools for added foot & leg support.

Gas Lift

The pneumatic gas lift allows the user to modify their height in relation to their work surface, leading to an increase in comfort and ergonomic benefit.

3 Paddle Mechanism

A multi-functioning tilting mechanism which allows one to adjust the seat and back to lock in any position throughout the tilt range.