When the kitchen runs at full throttle, you need a convection oven that keeps up. The Commercial Full-Size Double-Stacked Convection Oven (SAK60914) is built for high‑volume operations, delivering consistent heat across two decks so pastries brown evenly, proteins stay juicy, and batch output stays strong.

• Two-deck, double-stacked design: Doubles cooking capacity without increasing floor space, ideal for restaurants, bakeries, catering, and institutional kitchens.
• Natural gas and LPG compatibility: Operates on natural gas or propane, meeting high‑volume needs while helping control operating costs.
• Durable stainless steel exterior with porcelain enamel interior: Built to withstand busy service times and resist corrosion; interior cleans quickly between runs.
• 20-position rack guides with 10 included racks: Flexible rack placement and ample loading options for a wide range of pan sizes.
• Independent doors with full-view windows and interior lighting: Monitor progress on both decks at a glance with minimal heat loss.
• Electronic thermostat and integrated timer: Precise temperature control and reliable timing for repeatable results.
• Two-speed convection fan: Stable, even heat distribution across top and bottom decks for consistent outcomes.
• Downward-opening control panel: Easy maintenance access and safe serviceability from the front.
• Forced cool-down mode: Quick, safe cooling after service to protect staff and keep kitchens moving.
• Corrosion-resistant porcelain enamel interior: Simplifies cleaning and extends interior life, reducing downtime between shifts.

This oven is engineered to streamline high-demand cooking workflows. Doubling capacity without expanding your footprint reduces batch cycles, while precise temperature control and a two‑speed fan ensure every rack—top or bottom—receives identical heat for consistent results. The rugged construction and easy-to-clean interior save time on maintenance, and energy-efficient operation helps lower operating costs. With independent doors, clear visibility, and safety-focused features like forced cool‑down, this model supports reliable throughput without compromising quality.