EFI CSCM-6113 60-Inch Countertop Curved Glass Sushi Case

Present your fresh sushi and chilled appetizers beautifully with the EFI CSCM-6113 countertop sushi case. Designed for commercial food service environments, this 60.1-inch wide unit easily fits onto your front counters to drive impulse sales while saving valuable floor space. The elegant front curved tempered glass and sleek black exterior create an attractive focal point for your patrons. Brilliant internal LED lighting ensures that delicate seafood and prepared dishes remain highly visible and visually appealing throughout service hours.

Operational efficiency is easily managed through the advanced direct cooling system and user-friendly digital temperature controls, which maintain safe holding conditions between 32 and 53 degrees Fahrenheit. Designed to utilize environmentally friendly R290 refrigerant, the unit also features an automatic defrost cycle and a top evaporator equipped with a dedicated basin for condensation collection. For maximum convenience, the merchandiser includes six third-size GN pans and features two easy-glide sliding rear doors to give staff quick access during peak dining hours.

Key Features:

Curved Glass Design: The tempered curved front glass offers unobstructed visibility while adding a modern aesthetic to your serving area.

Efficient Refrigeration: A direct cooling system utilizes eco-friendly R290 refrigerant to reliably maintain cabinet temperatures between 32 and 53 degrees Fahrenheit.

Included GN Pans: This unit ships with six third-size GN pans, providing immediate capacity for organizing and displaying fresh ingredients.

Convenient Rear Access: Two smooth-gliding rear sliding doors allow staff to load and serve products quickly without interrupting the customer view.

Digital Controls: Easily monitor and adjust the internal cabinet climate using the intuitive digital temperature controller and display.

Condensation Management: A top-mounted evaporator includes an integrated basin to safely collect and manage internal condensation during operation.