The John Boos EBSW7R43-2448 Work Table Cabinet Base With Sliding Doors is a professional-grade kitchen workstation designed for commercial foodservice environments requiring durable storage and robust countertop performance. Equipped with a laminated Northern Hard Rock Maple top, measuring 1-3/4" thick with a 4" coved riser on back and both ends, it provides a sturdy, easy-to-maintain surface. The stainless steel base housing features a cabinet with sliding doors, offering secure storage solutions, while the overall dimensions are 48" W x 24" D x 40-1/2" H. This model integrates seamlessly into high-demand kitchen workflows, supporting both prep and storage functions with precise craftsmanship and materials suited for food industry professionals seeking reliability and efficiency in a compact footprint.
Top John Boos EBSW7R43-2448 Features
The John Boos EBSW7R43-2448 work table combines a 48"W laminated Northern Hard Rock Maple top with a stainless steel cabinet base featuring sliding doors, tailored for commercial kitchens. Its 1-3/4" thick edge grain countertop offers superior durability and resistance to damage. The all-welded construction ensures longevity while simplifying maintenance. The undershelf enhances storage capacity, and the 1" adjustable bullet feet facilitate level setup on uneven floors. Engineered for moderate throughput environments, this unit supports efficient workflow, durability, and sanitation through integrated, high-quality materials ideal for busy restaurant prep stations and institutional kitchens.
- Functionality: Provides organized storage with sliding doors and durable work surface
- Durability: Constructed with laminated Northern Hard Rock Maple and stainless steel base
- Ease of Maintenance: Welded construction ensures structural integrity, simple cleaning
- Use Cases: Fits seamlessly into prep stations requiring durable surfaces and accessible storage
- Workflow Integration: Optimizes kitchen space with adjustable feet and undershelf for efficient operation
Ideal for food prep areas needing reliable workspace and secure storage.
John Boos EBSW7R43-2448 Technical Specs
The John Boos EBSW7R43-2448 work table features a 48-inch wide laminated Northern Hard Rock Maple top with a 4-inch backsplash, providing a resilient and easy-to-clean surface. Its stainless steel base, model number EBSW7R43-2448, supports a cabinet with sliding doors and includes an adjustable undershelf for additional storage. The overall height is 40-1/2 inches, with a depth of 24 inches and weight of approximately 150 pounds. The unit operates on a standard commercial kitchen setup, requiring no electrical connection. Its construction includes a 1-3/4-inch thick top, designed to withstand daily use while maintaining food safety standards. The stainless steel base ensures corrosion resistance, while the NSF certification confirms compliance with sanitation protocols. Shipping typically takes 2-4 weeks, with a freight class of 175, and handling is facilitated via a 75-dollar handling fee.
- Dimensions: 48"W x 24"D x 40-1/2"H
- Material: Laminated Northern Hard Rock Maple top and stainless steel base
- Weight: 150 lbs (product weight)
- Construction: Fully welded, NSF-approved stainless steel and laminated wood
- Electrical Requirements: None needed; manual operation
- Finish & Temperature Resistance: Laminated surface, resistant to common kitchen temperatures
- Cleaning & Maintenance: Flat surfaces cleaned with mild detergents; stainless steel for corrosion resistance
- Storage Features: Cabinet with sliding doors and undershelf for organized space
- Installation & Usage: Adjustable levelers for stability, suitable for commercial flooring
What is a commercial work table?
A commercial work table is a heavy-duty kitchen surface designed for food prep and storage in professional environments. The John Boos EBSW7R43-2448, a work table with a laminated maple top and stainless steel base, supports rigorous daily use in restaurants, catering, and institutional kitchens. It features a durable 1-3/4" thick top, including a backsplash, and a cabinet with sliding doors for secure storage. Installed in prep stations, it offers a reliable platform for food preparation, utensil storage, and workflow efficiency, making it suitable for diverse foodservice settings that demand durability, sanitation, and practicality.
Top Work Table Cabinets for Foodservice Environments
The John Boos EBSW7R43-2448 cabinet work table offers a robust build with a laminated maple top and stainless steel base, supporting medium-demand kitchen workflows with reliable storage and prep surfaces. Perfect for restaurant kitchens, its durable materials and compact design enhance operational efficiency and sanitation. Manufactured by John Boos, model EBSW7R43-2448, it is ideal for institutional and commercial food prep setups needing precise craftsmanship and dependable performance.
- Operation Type — Designed for medium-volume restaurant prep stations
- Kitchen Space — Suitable for compact commercial kitchen layouts
- Foodservice Category — Ideal for institutional and restaurant kitchens
- Workload — Supports moderate throughput food prep tasks
- Use Case — Facilitates organized storage and durable food preparation surface
Why Choose John Boos EBSW7R43-2448 ?
Why Choose John Boos EBSW7R43-2448? This model offers superior craftsmanship with a laminated hard rock maple top and stainless steel base, providing a durable and sanitation-friendly environment unmatched by standard kitchen tables. Its compact, stainless steel construction integrates seamlessly with other high-volume kitchen equipment, supporting efficient workflows and reliable storage. The overall build enhances operational longevity, making it restaurant-ready for professionals demanding performance and cleaning ease.
- Self-contained, NSF-approved design for easy maintenance
- Compact footprint optimized for crowded kitchen layouts
- Heavy-duty laminated maple top with corrosion-resistant stainless steel base
- Includes sliding doors for unobstructed, secure storage
- Built for high standards of sanitation and structural durability