Mini juicers are popular for their compact size and portability, but they often freeze when ice or nuts are added, requiring a restart. This is likely related to motor power.
Why are mini juicers so prone to jamming?
Traditional juicers are large and have powerful motors, making them suitable for handling hard ingredients. However, mini juicers, to be compact and portable, require small yet powerful motors, which can be challenging to balance.
Jailing is typically caused by two reasons: First, when hard ingredients like ice or carrots are added to the juicer, the motor is overloaded and forced to stop. Second, if too much food is added at once, the blades become tightly wrapped around the food, causing the motor to 'stop' from functioning properly. This is like trying to lift something too heavy for your strength; you can easily collapse under the weight. Furthermore, many mini juicers, to achieve energy efficiency, are equipped with relatively underpowered motors. When faced with hard or excessive ingredients, they are like a small horse pulling a large cart, unable to withstand the pressure and naturally prone to malfunction.
Three ways to achieve perfect motor compatibility with juicers
1. Increasing Motor Power
By improving the motor's internal structure and using lighter, stronger component materials, the motor's power has been significantly increased while maintaining its original dimensions.
2. Installing a Buffer Device on the Motor
A spring-like device is installed between the motor and the blades. When the blades hit a hard object and become stuck, this device cushions the motor, preventing it from getting stuck.
3. Improving Motor Intelligence
The motor is equipped with an intelligent sensor system that detects the resistance of the blades and adjusts the power based on the hardness of the food, saving energy and preventing jams.
