Parrilla de contacto Tefal GC707D 2000W negro acero inoxidable rectangular

The Tefal GC707D contact grill delivers 2000W of power in a rectangular, black and stainless steel design. Its grid top surface and large cooking area support even heat distribution for grilling meats, vegetables and sandwiches. The unit includes an adjustable thermostat and non-stick coated plates to simplify cooking and cleaning while offering consistent results across a 600 cm² grill area.

Advantages

The grill combines a high 2000W power rating with a grid-style top surface to promote rapid heating and uniform contact with food. An adjustable thermostat permits temperature control for different ingredients, and the non-stick coating reduces the need for oil and makes residue removal easier. The rectangular form factor increases usable surface area compared with round designs and the stainless steel accents provide durable contact points and a neutral aesthetic suited to many kitchens.

Suitable for

Key specifications

How to use

Place the grill on a flat, heat-resistant surface and plug it into a suitable outlet. Preheat the unit using the adjustable thermostat to the desired temperature for the food being prepared. Arrange food evenly across the grid top surface and close the lid to establish full contact. Monitor cooking progress and adjust the thermostat or program selection among the available 8 settings as needed. After cooking, open the grill, remove food with non-metal utensils to avoid damaging the non-stick coating, and allow the plates to cool before cleaning.

Recommendations

Use moderate amounts of oil or cooking spray when required to prevent sticking and to preserve the non-stick surface. For best performance, avoid metal utensils and abrasive cleaners; clean once plates have cooled using a soft cloth or sponge and follow local disposal guidance for any grease or residues. Select lower temperatures and shorter times for delicate foods and higher settings for thicker cuts to achieve even results across the 600 cm² grid surface.