MoTak MICF-1C 26 3/16" Mobile Chest Freezer w/ (2) Baskets - White, 115v

The MoTak MICF-1C mobile chest freezer is a compact yet powerful solution for restaurants and commercial kitchens seeking efficient frozen storage without sacrificing mobility. With a **4-cubic-foot capacity**, this freezer is perfect for small spaces, prep stations, or mobile catering setups where space is limited but performance is essential. Its **two wire-coated baskets** provide organized storage for frozen items, while the **side-mounted, self-contained refrigeration system** ensures silent operation and consistent temperatures between **-4°F and +3.25°F**, ideal for preserving perishables like meat, seafood, and desserts. The **eco-friendly R290 hydrocarbon refrigerant** not only meets sustainability goals but also delivers superior cooling efficiency, reducing energy costs over time. Designed for convenience, the MoTak MICF-1C features **pre-installed casters** for easy mobility, **two curved sliding glass lids** with locks for secure access, and **LED interior lighting** that illuminates the compartment for effortless loading and unloading. The **white powder-coated steel exterior** and **aluminum interior** ensure durability, while the **manual temperature control and defrost** system simplifies maintenance. Whether you're outfitting a small café, a mobile catering unit, or a busy restaurant prep area, this freezer offers the perfect balance of **space efficiency, mobility, and performance**—all in a **115V plug-and-play design** that fits seamlessly into any commercial kitchen. For restaurant owners and equipment managers looking for a **reliable, energy-efficient, and space-saving commercial chest freezer**, the MoTak MICF-1C is the ideal choice. Its **compact footprint (27.75" deep x 34.44" tall)** makes it perfect for tight spaces, while its **NEMA 5-15P compatibility** ensures it plugs into standard outlets without the need for special installations. Upgrade your frozen storage today and experience the difference in efficiency, durability, and performance.