🎄✨ 50% OFF! 🍇🧄 Transparent Electric Fruit & Vegetable Peeler

FEATURES

POWERFUL COPPER WIRE MOTOR – This electric peeler is equipped with a high-performance copper wire motor that ensures efficient and fast peeling of various fruits and vegetables. The motor delivers consistent power, allowing even small fruits to be peeled effortlessly, without the motor stalling or losing performance. Its durability and reliability make it a time-saving addition to any kitchen.

PRECISE 5-BLADE BLADE DESIGN - The five sharp stainless steel blades are designed for fast and even peeling, reducing waste and ensuring precision. Each blade works in harmony to achieve clean, even peels with minimal effort. Perfect for anyone looking for flawless results with fruits and vegetables.

ONE-BUTTON FRUIT RELEASE – The peeler’s one-button fruit release mechanism allows for easy handling. After peeling, the fruit can be released with a simple push of a button, leaving no residue. This convenient feature makes the peeling process quick and easy, saving time and effort.

FOOD-SAFE MATERIALS - This electric peeler is made from safe, non-toxic materials, ensuring safety in direct contact with food. Its high-quality construction meets all safety standards and provides a worry-free peeling experience.

DETACHABLE DESIGN FOR EASY CLEANING - Removable parts allow for quick and easy cleaning. After use, the blades and housing can be removed and washed thoroughly to ensure hygiene and prevent residue buildup. This feature also extends the life of the scale and keeps it in perfect condition.

SPEC

Color: Blue

Dimensions: 20.3 × 23 cm

Material: PC

Rated power: 50 W

Rated voltage: 3.7 V

Charging input: 5 V / 1 A

Battery capacity: 1300 mAh

Dimensions: As shown in the diagram

Package includes: 1*USB charging cable, 1*Transparent electric fruit and vegetable peeler

NOTES

Please allow 2-3cm measurement error due to manual measurement. Please make sure this is acceptable before purchasing.

Colors may appear slightly different from the actual product due to variations in computer monitors.