Channel 12 1/2"W 8 Platter Pan Rack w/ 6 3/4" Bottom Load Slides (UPR8)

The Channel 12 1/2"W 8-Platter Pan Rack (UPR8) is a premium storage solution for commercial kitchens, offering a robust end-load design that maximizes space efficiency and accessibility. Constructed from high-quality aluminum, this pan rack is built to withstand the demands of professional restaurant environments, with a lifetime warranty against rust and corrosion. Its 8 shelves with 6.75" spacing accommodate standard platter sizes, while the 5" swivel stem casters (model CSS45O) ensure smooth mobility. Made in the USA and NSF certified, the UPR8 is ideal for restaurants, hotels, and catering operations seeking a durable, long-lasting pan storage solution that enhances workflow and organization.

Designed with the needs of professional kitchens in mind, the UPR8 features a full-height, end-load configuration that allows for easy loading and unloading of platters, reducing strain on staff and improving efficiency. Its 16"W x 33"D x 70.25"H dimensions provide ample capacity without sacrificing workspace, while the 12.5" width fits seamlessly into most commercial kitchens. The 8 platter capacity ensures that your most frequently used items are always within reach, streamlining service and reducing downtime. Whether you're outfitting a high-end restaurant or a bustling hotel kitchen, the UPR8 delivers the reliability and performance that professionals demand.

The UPR8 is part of Channel's Standard Series, known for its durability and functionality. Its end-load design is particularly beneficial in busy kitchens where quick access to platters is essential. The bottom-load slides make loading and unloading effortless, while the NSF certification ensures compliance with food safety standards. With a total weight of 87 lbs (excluding the 50 lb pallet), this pan rack is sturdy yet mobile, making it a versatile addition to any commercial kitchen. Invest in the UPR8 today and experience the difference that premium, USA-made equipment can make in your operation.