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SKU: 144-CMBHC1826LC194
Brand: Cambro
Model: CMBHC1826LC194
Cambro CMBHC1826LC194 11 Tray Combination Meal Delivery Cart, 110v
The Cambro CMBHC1826LC194 meal delivery cart efficiently holds 11 sheet pans while maintaining food temperature (hot or cold) for extended periods. Ideal for banquet halls, hotels, and long-term care facilities.
Key Features
- •Holds 11 sheet pans (18x26in) or equivalent full-size pans (2.5in, 4in, 6in, or 8in deep)
- •Insulated design keeps food hot or cold for up to 3 hours; fast temperature transitions (3hrs hot→cold, 2.5hrs cold→hot)
- •Adjustable chrome-plated slide rails, nylon door hatches, and durable polymer construction for long-term reliability
- •Includes digital thermometer (Celsius), vent caps for steam release, and menu clip for serving efficiency
- •Ideal for banquet halls, hotels, long-term care facilities, and high-volume restaurant kitchens
Starting from $19445.00/unit
Volume discounts available
The **Cambro CMBHC1826LC194 11-Tray Meal Delivery Cart** is a versatile, insulated solution for restaurants, hotels, and catering businesses, designed to keep food at precise temperatures for long durations. Part of the **Camtherm® series**, this cart accommodates 11 standard 18x26-inch sheet pans or a variety of other food pans, making it perfect for high-volume meal service. Whether you're serving banquets, large-scale events, or daily restaurant shifts, this cart ensures food stays warm or cold for up to 3 hours, reducing waste and improving efficiency. Its **temperature dial allows quick transitions**—switching from hot to cold in 3 hours or cold to hot in 2.5 hours—giving you flexibility in meal service. The cart’s **adjustable chrome-plated slide rails**, **nylon door hatches**, and **molded-in handles** enhance durability and ease of use, while the **solar digital thermometer (Celsius) and vent caps** ensure precise temperature control and steam release. Built for commercial kitchens, this **110V-powered cart** is a robust investment for any operation prioritizing temperature stability and workflow efficiency.