Unox XAVC-10FS-GPRM CHEFTOP MIND.Maps™ Half Size Combi Oven - Boiler Based, Convertible

Designed for professional kitchens that demand performance in limited spaces, the **Unox XAVC-10FS-GPRM CHEFTOP MIND.Maps™ Half-Size Combi Oven** combines gas-powered precision with boiler-based steam technology. This **gas countertop combi oven** delivers unmatched versatility, accommodating **10 full-size sheet pans (or 20 hotel pans)** while maintaining a compact footprint. Ideal for restaurants, catering kitchens, and high-volume foodservice operations, it maximizes efficiency without sacrificing space—making it a top choice for **commercial ovens** needing a reliable, countertop-friendly solution. Constructed from **high-resistant AISI 316L stainless steel**, this oven ensures durability and hygiene, while its **triple-glass right-to-left door** enhances accessibility in tight kitchen layouts. The **boiler-based steam generator** provides consistent steam distribution, enabling perfect results for delicate items like fish, vegetables, and sauces, while the **4-speed fan system** ensures even cooking. Additional features like **rounded interior edges, anti-tip tray supports, and an integrated drip collection system** further streamline operations, reducing maintenance and improving workflow. Whether you're cooking sous vide-style dishes, roasting, or grilling, this **gas-powered combi oven** delivers professional-grade performance in a space-saving design. For restaurants prioritizing **combi oven efficiency, gas-powered reliability, and countertop convenience**, the Unox XAVC-10FS-GPRM is the ideal solution. Its **countertop design** allows seamless integration into prep areas, while its **touchscreen controls** offer intuitive operation. With a **NEMA 5-20P rating** and support for natural gas (NG), this **half-size combi oven** is built to withstand the demands of commercial kitchens while delivering consistent, high-quality results. Upgrade your kitchen with this **best-rated gas combi oven** and experience the difference in speed, precision, and space optimization.