Panasonic 7L Yam Pounder & Multifunctional Food Processor – 2200W Heavy-Duty Motor | Stainless Steel Bowl | For Pounding, Mixing & Blending
Powerful Performance. Multiple Functions. One Kitchen Hero.
The Panasonic 7L Yam Pounder & Food Processor is built for serious kitchen tasks. With a 2200W heavy-duty motor, 7-liter stainless steel bowl, and multiple attachments, this multifunctional processor handles everything from pounding yam to mixing dough and blending ingredients with speed and ease.
Features
2200W High-Power Motor
Delivers unmatched performance for tough kitchen jobs like pounding yam, kneading dough, and processing thick mixtures.
Large 7L Stainless Steel Bowl
Designed for bulk food preparation—perfect for large families or entertaining guests.
Multifunctional Use
Functions as a yam pounder, stand mixer, and blender, reducing the need for multiple appliances.
Durable Construction
Built with strong internal components and a sturdy exterior to handle heavy, continuous use.
Multiple Speed Settings
Adjustable speed levels let you control texture and consistency depending on the task—whether mixing cake batter or blending vegetables.
Efficient Heat Dissipation
Engineered with advanced ventilation to prevent overheating during prolonged use.
Easy to Clean & Use
Removable bowl and attachments make cleaning quick and hassle-free.
Specifications
Brand: Panasonic
Capacity: 7 Liters
Motor Power: 2200W
Bowl Material: Stainless Steel
Functions: Pounding, Mixing, Blending
Control: Variable speed settings
Power Source: AC (standard power plug)
Usage: Suitable for yams, dough, fruits, vegetables, grains
Package Includes
Panasonic 7L Food Processor
Stainless Steel Mixing Bowl
Blender Jar
Mixing Attachments (varies by model)
Instruction Manual
From pounding yam to mixing dough—do it all with one powerful machine.
Whether you’re preparing local dishes or everyday meals, the Panasonic 7L Yam Pounder & Food Processor gives you the power, speed, and flexibility to make it happen.
Add to Cart now and upgrade your kitchen with multi-functional efficiency.
