The John Boos OSC26RK-1260 Overshelf Cantilevered Double is a commercial-grade stainless steel hydroformed shelving unit designed for professional foodservice environments. This model features a 60-inch width and 12-inch depth constructed from 16/300 stainless steel, providing exceptional durability and corrosion resistance. The overshelf includes a 1-1/2-inch upturn on the back edge for enhanced containment, mounted 18 inches above the tabletop to optimize workspace efficiency. Equipped with an 1-1/2-inch stainless steel C-channel upright, this cantilevered double shelf system offers a sturdy solution for overhead storage in high-traffic kitchens, delis, and prep stations. Its precise dimensions and load-bearing capacity make it suitable for demanding restaurant, cafeteria, and institutional applications requiring reliable, easy-to-maintain shelving support.
Top John Boos OSC26RK-1260 Features
The John Boos OSC26RK-1260 overshelf combines double-tier stainless steel shelving with cantilever mounting for seamless integration into commercial food prep and storage workflows. Designed for high-volume kitchens, its robust 16 gauge stainless steel construction ensures longevity under rigorous cleaning routines. The 12-inch depth and 60-inch width provide ample space for storing utensils, ingredients, or small equipment, while the 1-1/2-inch upturn aids in containment. The overshelf’s 18-inch mounting height optimizes workspace access, and its removable design facilitates straightforward cleaning and maintenance. Perfect for food prep stations, catering setups, and behind-the-line storage—this overshelf enhances operational efficiency and workspace organization.
- Functionality: Supports overhead storage with precise 18" mounting height
- Durability: Made from NSF-listed 16/300 stainless steel for corrosion resistance
- Ease of Maintenance: Removable shelves simplify cleaning routines
- Application Use: Suitable for high-traffic commercial kitchens and prep areas
- Workflow Integration: Ideal for maximizing overhead space without hindering workspace accessibility
Designed for professionals seeking reliable overhead storage to improve efficiency in commercial kitchens.
John Boos OSC26RK-1260 Technical Specs
The John Boos OSC26RK-1260 overshelf features a 60-inch width, 12-inch depth, and a height of 42 inches, crafted from 16-gauge stainless steel with a 1-1/2-inch upturn on the back edge for containment. Its mounting brackets are constructed with 1-1/2-inch stainless steel C-channel uprights, supporting the double shelves located 18 inches above the table top for optimal overhead access. The unit weighs 56 pounds, and its NSF certification underscores food safety compliance. Suitable for high-use environments, its construction withstands rigorous cleaning protocols and temperature fluctuations typical in busy kitchens. Installation requires standard clearance and secure mounting to supporting surfaces, with maintenance involving routine cleaning of stainless steel surfaces. Electrical or refrigeration requirements are not applicable, as the unit is purely structural. Durable and built for long-term service, this overshelf enhances storage capacity—delivering consistent performance across various foodservice settings.
- Dimensions: 60" W x 12" D x 42" H, suited for tight kitchen spaces
- Material: 16-gauge stainless steel, NSF-certified for safety
- Mounting Height: 18 inches above tabletop for overhead clearance
- Weight: 56 lbs for secure, stable installation
- Construction: C-channel uprights with easy-to-clean surfaces
What is a commercial overshelf?
A commercial overshelf is an industrial-grade, wall-mounted or tabletop-supported stainless steel or metal shelving unit designed to optimize overhead storage in professional kitchens. The John Boos OSC26RK-1260 overshelf is installed in high-volume foodservice environments such as restaurants and cafeterias, supporting storage needs for utensils, ingredients, and small equipment. Its cantilevered double-shelf configuration allows for efficient use of vertical space, with robust stainless steel construction ensuring durability and ease of sanitation. This unit is best suited for busy food prep stations, where maximizing workspace and maintaining organized service lines are essential for operational efficiency.
Top commercial overshelf solutions for high-volume foodservice operations
The John Boos OSC26RK-1260 overshelf offers professional-grade stainless steel durability and precise mounting, ideal for cafeteria, restaurant, and institutional kitchens operating with moderate throughput. Designed for seamless integration into commercial workstation setups, it enhances overhead storage capacity with a reliable, easy-to-maintain structure. Its robust construction and strategic dimensions make it a preferred choice for busy environments needing dependable overhead organization.
- Operation Type — medium-volume restaurant prep stations
- Kitchen Setting — compact commercial kitchens and cafeterias
- Foodservice Category — institutional, cafeteria, and restaurant environments
- Workload Qualification — moderate throughput with frequent cleaning
- Use Case — overhead storage for utensils, smallware, and ingredients
Why Choose John Boos OSC26RK-1260?
Why Choose John Boos OSC26RK-1260 over comparable overshelf models? Its stainless steel construction delivers superior durability and corrosion resistance, designed for demanding foodservice environments. The cantilevered double shelves provide versatile storage with a clean, professional appearance, while its 18-inch mounting height optimizes workspace accessibility. Features like NSF certification and easy maintenance workflows distinguish this model from less rugged alternatives, ensuring long-term performance and sanitation in high-use kitchens.
- Compact footprint with a 60-inch width maximizes space efficiency
- Heavy-duty 16-gauge stainless steel ensures lasting performance
- Removable shelves simplify cleaning and routine maintenance
- Robust C-channel uprights for secure support and stability
- Designed to withstand rigorous daily sanitation protocols and high-volume use
