Winco CASM-4S 10 Oz Mini Induction Server Square Cast Iron Matte Black
- High heat retention for consistent serving
- Robust cast iron construction ensures durability
- Compact square design optimizes space
- View More Details
Best Price Guarantee
Best Price Guarantee
Secure Shopping
Secure Shopping
The Winco CASM-4S FireIron™ Mini Induction Server is a durable, cast iron serveware piece designed for high-performance food presentation in professional kitchens. This 10 oz. square dish measures 4-7/8" x 4-7/8" and features a matte black enamel finish, making it an excellent choice for tabletop service, sous-vide stations, or hot/appetizer displays. Crafted specifically for commercial foodservice environments, it provides efficient heat retention and resistance to thermal shock, ideal for consistent presentation of hot or cold dishes. Its compact size and robust construction make it suitable for countertop or in-oven use, with precise dimensions ensuring seamless integration into existing serving setups.
The Winco CASM-4S FireIron™ Mini Induction Server combines cast iron durability with a compact, square design optimized for commercial foodservice applications. Its 10 oz. capacity and 4-7/8" square footprint facilitate serving hot or cold dishes with uniform heat retention. The matte black enamel finish provides a professional appearance while resisting scratching and staining. Designed for ease of cleaning and maintenance, it withstands frequent use in high-turnover kitchens. Suitable for both countertop presentation and oven-to-table workflows, it supports versatile use in mid-volume restaurant, catering, or hotel settings.
Perfect for inserting into heated display stations or direct oven use, especially suited for countertop table service or sous-vide applications.
The Winco CASM-4S miniature cast iron dish operates without electrical requirements, relying on external heat sources for optimal performance. It features a durable matte black enamel finish that resists scratches and staining, with dimensions of 4-7/8" x 4-7/8" and a height of 1.73". The dish weighs 2.12 pounds, supporting long-term durability in busy commercial environments. Its cast iron construction offers superior heat retention and distribution, suitable for oven-to-table use or hot service counters. Its easy-to-clean enameled surface facilitates routine sanitation, while its compact footprint allows seamless integration into various food presentation workflows. No refrigeration or electrical hookup is necessary, simplifying installation in diverse kitchen setups.
A commercial miniature cookware serveware item is a high-quality, durable dish designed for precise presentation and serving in professional foodservice settings. The Winco CASM-4S is an induction-compatible cast iron mini serve dish that facilitates even heat distribution and retention for hot or cold presentations. Installed in countertop or oven-to-table applications, this compact, square dish is ideal for hotel buffets, catering stations, or restaurant individual portions, supporting efficient workflow and maintaining optimal food temperature in high-volume environments.
The Winco CASM-4S miniature cast iron dish is built for medium workload applications in professional kitchens, combining robust construction with precise dimensions. Suitable for countertop display, oven-to-table serving, or prep stations, it supports reliable heat retention and presentation clarity, making it ideal for catering, hotel dining, or busy restaurant settings requiring consistent quality.
The Winco CASM-4S FireIron™ Mini Induction Server stands out for its cast iron durability, superior heat retention, and enameled finish that resists scratches and staining. Its compact, square design streamlines tabletop presentation and integrates seamlessly with existing foodservice operations. Unlike standard serveware, it offers professionals a robust, easy-to-maintain solution for both hot and cold dish presentation, elevating operational efficiency and product presentation quality.
Product Description
From the manufacturer
