An extractor hob combines cooking and ventilation into one convenient kitchen appliance. Instead of using a separate cooker 90cm cooker hood above the hob, an extractor hob incorporates extraction technology directly into the cooking surface. This design can help manage steam, smoke, grease, and cooking odors while creating a clean and modern appearance. It is particularly useful for contemporary kitchens where space, style, and functionality are important.

What Is an Extractor Hob?

An extractor hob is a cooking hob with a built-in extraction system. Depending on the model, the extractor may be positioned in the center, rear, or another integrated section of the hob.

When cooking begins, the built-in extractor draws air and cooking fumes downward or across the cooking surface. The air is then either filtered and returned to the kitchen or transported outside through ductwork, depending on the installation type.

This integrated approach eliminates the need for a conventional overhead cooker hood.

How Does an Extractor Hob Work?

Extractor hobs use a combination of cooking technology and ventilation. When food is cooked, steam, grease, and odors rise or spread from the pans. The integrated extraction system captures these contaminants close to the cooking surface.

Many models include grease filters to trap oil particles and other airborne residue. Some systems also use carbon filters when configured for recirculating operation. Ducted versions instead send extracted air outside.

The exact extraction method depends on the appliance and kitchen installation.

Benefits of an Extractor Hob

One of the main advantages of an extractor hob is its space-saving design. Because ventilation is built into the hob, there may be no need for a separate cooker hood above the cooking area.

This can be especially useful in open-plan kitchens where a large overhead hood could interrupt the visual design.

An extractor hob can also provide greater freedom when planning kitchen layouts. Without an overhead hood taking up wall or ceiling space, homeowners can create a more open and streamlined appearance.

Another benefit is that extraction takes place close to the source of cooking fumes. This can help capture odors and grease before they spread widely throughout the kitchen.

Extractor Hob for Open-Plan Kitchens

Open-plan kitchens often combine cooking, dining, and living spaces. Strong food odors and visible steam can therefore become more noticeable.

An extractor hob can help manage cooking fumes without requiring a large hood hanging above the island or peninsula. This can preserve clear sightlines between the kitchen and living area.

For homeowners who prefer minimalist interiors, the integrated design can also create a less cluttered appearance.

Choosing the Right Extractor Hob

There are several factors to consider when selecting an extractor hob. Start by looking at the size and layout of your cooking area. The number of cooking zones should match your everyday requirements.

Extraction performance is another important specification. Consider the airflow capacity, available extraction settings, and the type of cooking you normally do.

Noise level can also matter, particularly when the kitchen is connected to a dining or living area.

You should also check the appliance's dimensions and installation requirements before purchasing. Some extractor hobs require specific cabinet depths or ventilation arrangements.

Ducted or Recirculating Extraction?

Extractor hobs may use either ducted or recirculating ventilation.

A ducted system sends extracted air outside through a ventilation route. This can provide effective removal of cooking fumes, heat, and moisture.

A recirculating system filters the air and returns it to the kitchen. This option can be useful when external ducting is unavailable or difficult to install. Recirculating models may use carbon filters to help reduce cooking odors.

The right option depends on the kitchen structure and available installation space.

Maintenance and Cleaning

Regular maintenance is essential for keeping an extractor hob operating effectively. Grease filters should be cleaned according to the manufacturer's recommendations, while replaceable carbon filters should be changed when required.

The cooking surface should also be cleaned regularly to prevent grease and food residue from accumulating.

Always follow the manufacturer's instructions for cleaning filters and electrical components.

Conclusion

An extractor hob is a practical choice for homeowners looking to combine cooking and ventilation in one appliance. Its integrated design can save space, support modern kitchen layouts, and help control cooking fumes close to their source. By considering extraction type, airflow, noise, cooking zones, installation requirements, and filter maintenance, you can choose an extractor hob that suits your kitchen and everyday cooking needs.