Viral John Boos Open Base 84" W X 36" D Stainless Steel Work Table - St6-3684sbk Apparel [wQRqWJl9]

John Boos Open Base 84" Stainless Steel Work Table

Experience the ultimate workspace with the John Boos Open Base 84" Stainless Steel Work Table, designed to meet the demands of commercial kitchens, industrial settings, and laboratory environments. This durable table boasts a 16-gauge stainless steel top with a Type 300 finish and a #4 polish, providing a sleek, long-lasting surface. With its reinforced 1" x 2" channel and TIG-welded construction, this work table is built to withstand heavy-duty use and daily wear.

• High-quality stainless steel construction for durability and resistance to corrosion
• Sound-deadened top for a quieter workspace environment

Key Features and Specifications

The John Boos ST6-3684SBK Work Table is not just a workspace; it's a statement of quality and reliability. The table's 90-degree bend down ensures a seamless integration with other surfaces, making it an excellent choice for custom workspace configurations. Its 1-1/2" stallion edge on the front and back, with side edges, adds a layer of safety to prevent injuries. The adjustable stainless steel bullet feet provide stability and can be easily adjusted to fit uneven floors.

• Stainless steel base with adjustable bracing for stability
• Easy-to-assemble design for convenient setup

Practical Uses and Benefits

Designed for high-demand environments, this John Boos Work Table is an essential piece of equipment for any professional kitchen or laboratory. The spacious 84" width and 36" depth offer ample workspace for heavy-duty tasks and high-volume operations. The table's reinforced construction and sound-deadened top make it an ideal choice for environments where noise reduction is crucial. Its stainless steel legs, bracing, gussets, and feet ensure the table can support heavy loads and maintain structural integrity over time.

• Spacious 84" width and 36" depth for extensive workspace
• Reinforced with 1" x 2" channel for extra strength and stability