Cambro CD1826HB131 Camdolly® for Trays & Sheet Pans w/ 300 lb Capacity, Dark Brown

The Cambro CD1826HB131 Camdolly® is a heavy-duty, 300 lb capacity dolly designed to streamline the transport of trays and sheet pans in commercial kitchens. Built with high-density, seamless polyethylene, this dark brown dolly resists rust, cracking, chipping, and denting, ensuring long-term durability. Its foamed-in-place polyurethane core not only provides structural strength but also muffles noise, making it a quiet, efficient choice for busy restaurant environments. Whether you're moving 18x26-inch sheet pans or trays, this specialty dolly offers smooth maneuverability with 10-inch rear wheels and 5-inch swivel casters (one with a brake), making it perfect for high-traffic kitchens, catering operations, or food service businesses.

Investing in the Cambro Camdolly® means choosing a commercial-grade solution that stands up to daily wear while maintaining a professional appearance. Its 23.5-inch width and 36.5-inch height make it spacious enough to accommodate 70 sheet pans or 80 trays, reducing the need for multiple trips and improving workflow efficiency. The molded-in upright handle allows for easy steering, while the double-walled construction enhances stability during transport. For restaurants, caterers, or institutional kitchens, this specialty dolly is a must-have for safely and efficiently moving heavy, delicate items without compromising on performance.

Why choose the Cambro CD1826HB131 Camdolly®? It’s engineered for restaurant professionals who demand reliability, durability, and ease of use. The 300 lb capacity ensures it can handle the heaviest loads, while the sound-muffling core reduces noise in open kitchen spaces. Its sleek, dark brown design blends seamlessly with professional kitchen aesthetics, making it both functional and visually appealing. Whether you're outfitting a new kitchen or upgrading your existing equipment, this Cambro dolly delivers long-term value with minimal maintenance. Order now and experience the difference in efficiency and durability.