Space constraints and power efficiency concerns are pushing many consumers to seek out smaller appliances to take care of everyday cooking tasks, so brands are responding in kind with options like the Toshiba 7-in-1 Steam Oven.
The compact countertop appliance is engineered with 36 preset menus for users to choose from to get them started with the cooking process as quickly as possible. The unit is rated to achieve up to 1,900W of power and can be completely controlled via the accompanying smartphone app where users can also keep an eye on cooking.
The Toshiba 7-in-1 Steam Oven has three steam baking modes and has a four-degree curved dome to help prevent condensation from dripping onto foods during the cooking process. The unit has an LED display for easy monitoring and control, while the large capacity water tank will limit the need for constant refills.
App-Connected Countertop Ovens
The Toshiba 7-in-1 Steam Oven Has 36 Preset Menus
Trend Themes
1. Smart Kitchen Appliances - Growing interest in smart kitchen appliances is leading to more app-connected devices that provide enhanced control and convenience.
2. Multi-functional Cooking Devices - Multi-functional cooking devices are gaining popularity as they combine several cooking methods into a compact form, addressing space and efficiency needs.
3. Steam Cooking Innovations - Innovations in steam cooking technologies are offering healthier meal preparation options with precise control over moisture and temperature.
Industry Implications
1. Smart Home Technology - The smart home technology industry is expanding with the integration of advanced cooking appliances that connect directly to smartphone apps.
2. Consumer Electronics - Consumer electronics are increasingly encompassing kitchen appliances, reflecting the demand for versatile and compact devices with high power efficiency.
3. Home Appliance Manufacturing - Home appliance manufacturing is evolving to meet the rising demand for smaller, more powerful cooking units that offer multiple functions and user-friendly interfaces.