HOMCOM Pizza Oven Indoor - 12 Inch - 2200W - Grey


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Currently unavailable
The HOMCOM Electric Indoor Pizza Oven is designed for home cooks who want to achieve professional, pizzeria-quality results without an outdoor wood-fired setup. With a powerful 2200W heating element and a 12-inch ceramic stone, it excels at producing crispy crusts and perfectly cooked toppings in just minutes. While it offers impressive versatility through multiple presets and a DIY mode, users should note that its high-heat capability requires careful placement on a heat-resistant surface to ensure safety during operation.
| Colour | Grey |
|---|---|
| Model Part Number | 5063603302495 |
| Brand | HOMCOM |
Yes, but ensure the pizza is thawed slightly or adjusted for the intense heat to prevent a burnt crust with a cold center.
No. Never wash the ceramic stone in a dishwasher or submerge it in water; use only a dry cloth and scraper.
The stone is 12 inches in diameter, so pizzas should be 11 inches or smaller for best results.
No, the exterior surfaces will become very hot during operation. Always keep children away and use oven mitts.
Yes, the DIY mode allows you to cook steaks, flatbreads, and certain roasted vegetables effectively.
This is normal for new ceramic stones; perform a burn-in cycle at high temperature in a well-ventilated area until smoke subsides.
Ensure your fingers are clean and dry, as moisture can interfere with the touch-sensitive surface.
Ensure you are preheating the unit for at least 15-20 minutes so the stone is fully heat-saturated before sliding the pizza in.
Place the oven on a level, heat-resistant, and stable surface with at least 20cm of clearance on all sides to allow for proper airflow. Upon first use, it is recommended to run the oven on a high-heat cycle without food to burn off any manufacturing residue.
To clean the ceramic stone, wait until it is completely cooled; then, scrape off any burnt residue and wipe with a dry cloth. Do not use soap or water on the stone, as it is porous and will absorb the liquid, which can cause cracking during subsequent high-heat cycles.