Kenwood KVC3100W - White - Stand Mixer

Introducing the Kenwood KVC3100W - White - Stand Mixer, a versatile kitchen companion designed to elevate your baking experience. With a release date that solidifies its modern edge, this mixer is perfect for both seasoned bakers and culinary novices alike.

Equipped with a generous 4.6 L bowl capacity, it’s capable of handling large batches of dough or cake mixtures, ensuring you spend less time mixing and more time enjoying delicious results. The stunning white finish adds a touch of elegance to your kitchen decor.

Whether you are making bread, pastries, or whipped cream, the Kenwood KVC3100W features a powerful 1000 W motor that can tackle even the heaviest of mixtures with ease. It comes with a planetary rotation system that guarantees thorough mixing, ensuring every ingredient is perfectly incorporated.

Why choose this stand mixer? Here are some key features:

• Pulse function for precise control over mixing
• Variable speed settings allowing you to adjust the mixing intensity to suit your needs
• Bowl capacity for flour: handles up to 680 g of flour comfortably
• Metal housing for durability and longevity
• Stainless steel bowl for easy cleaning and hygiene

Included with your stand mixer are essential tools like a dough tool, spatula, and whisk, making it a complete package for any baking project. Weighing just 7.3 kg, it is sturdy yet manageable, and its compact dimensions (380 mm width, 280 mm depth, and 300 mm height) make it an ideal fit for any kitchen countertop.

This mixer is particularly beneficial in scenarios such as preparing family holiday feasts, baking for special occasions, or even just enjoying a weekend cooking session. The Kenwood KVC3100W offers reliability and performance, turning your kitchen into a hub of creativity and deliciousness.

In conclusion, whether you’re kneading dough for sourdough bread or whipping cream for a dessert, the Kenwood KVC3100W - White - Stand Mixer is sure to be your go-to appliance that combines style, strength, and functionality.