Seven Speed Settings
Multiple speed increments allow for precise control over food texture.
Powerful corded stick blenders built for users who need precise speed control for varied culinary textures. These 400W units provide consistent power for heavy-duty blending tasks
Multiple speed increments allow for precise control over food texture.
The 400W motor provides reliable power for thick soup bases.
A corded connection ensures consistent performance without power loss.
Also in 400W For Baby food
PANOVINO models emphasize power and variability, featuring a 400W motor and a 7-speed interface. These corded units are optimized for consistent torque during long blending cycles.


Look through Black Immersion blenders, Immersion blenders for Soup, Immersion blenders for Baby food, Immersion blenders for Sauces to see how the PANOVINO models split.
Titles in this PANOVINO set call out the build that shows up in Black Seven Speed Corded Blender.
PANOVINO blender here match Black Immersion blenders, Immersion blenders for Soup, Immersion blenders for Baby food, Immersion blenders for Sauces as the titles describe them.
Compare PANOVINO models on Black Immersion blenders, Immersion blenders for Soup, Immersion blenders for Baby food, Immersion blenders for Sauces. Examples: Black Seven Speed Corded Blender.
The 7-speed settings give me total control when I am making delicate sauces.
The 400W motor has plenty of power to blend through thick potato soups easily.
I appreciate the consistent power of the corded design for long blending sessions.
This model features 7-speed variable control. This allows for precise adjustments depending on the ingredients being processed.
The PANOVINO hand blender is equipped with a 400W motor. This provides significant power for blending thick soups and sauces.
This is a corded immersion blender. The corded design ensures consistent power delivery for demanding kitchen tasks.
It is specifically designed for soups, baby food, and sauces. The variable speeds make it versatile for different food densities.