Everythin345Archies™100 W Wireless Hand Mixer Baking Cake Cream Whipper 7 Speeds Kitchen Hand Blender Electric Hand Stirrer Home Kitchen Appliance

100 W Wireless Hand Mixer Baking Cake Cream Whipper 7 Speeds Portable Electric Food Mixer Electric Hand Stirrer for Egg Cake Cream
Feature:
1. Lightweight and Compact: This wireless portable electric food mixer is designed to be lightweight and compact, ensuring comfortable and extended use without causing fatigue. Its ergonomic design allows for easy handling and control.The blender is designed to stand upright, making it convenient for storage and minimizing countertop mess.
2. Interchangeable Mixing Heads: With two interchangeable mixing heads included, this egg beater offers versatility in the kitchen. The whisk attachment makes beating eggs effortless, while the creaming attachment quickly whips up creamy delights like whipped cream.
3. Freedom of Movement: Say goodbye to cord limitations and enjoy the freedom to move around the kitchen. This baking cake cream whipper operates wirelessly, eliminating the need to worry about the length of the power cord or finding a nearby power outlet.
4. Powerful Performance for Quick and Precise Blending: With its high-power motor, this kitchen hand blender can accomplish fine results in no time. It takes just one minute to whip up egg whites to perfection. The powerful motor ensures efficient blending, freeing up your hands for other tasks and saving you time and effort.
5. 7-Speed Adjustment for Versatility: Customize your recipes with the 7-speed adjustment feature of electric hand stirrer. Whether you need a gentle stir or a vigorous blend, simply select the appropriate speed to achieve the desired consistency and texture.


Specification:
Rated Voltage(Optional): 220 V(EU) 110V(US)
Power: 100 W
Frequency: 50 HZ
Material: PP
Gear: 7 Gears

Note:
Due To The Different Monitor And Light Effect, The Actual Color Of The Item Might Be Slightly Different From The Color Showed On The Pictures. Thank You!
Please Allow 1-2 CM Measuring Deviation Due To Manual Measurement