Shenzhen Kinmore Motor Co., Ltd.

Automatic Tea Maker Motor Solution

Home Appliances
2023-01-08

“The core functions of automatic tea makers, such as driving and rotating, require power support from micro motors. Kinmore provides suitable DC motor solutions for such products. Considering that tea makers usually work in high temperature and high humidity environments, our motors can be customized to be resistant to high temperatures and have certain waterproof properties to ensure the reliability and stability of equipment operation.”

Nowadays, fully automatic tea makers have become one of the most common household appliances. It combines boiling water and tea making, simplifying the entire process and adapting to the fast-paced life of today. Since the tea machine is highly automated, we only need to press a small button to make a good cup of tea.

How Kinmore Makes Improvement

The internal driving and rotating functions of an automatic tea maker all rely on the power provided by micro motors. The RF-370 DC motor developed by Kinmore is well suited for this type of application and provides a reliable power solution. Due to the high-temperature and high-humidity working environment inside tea makers, our motors can be customized with high-temperature resistance and a certain level of liquid protection. In addition, low-speed geared motors are also ideal for meeting the smooth and stable operation requirements of automatic tea makers.

Automatic Tea Maker Motor Features:

The electrical performance of motors such as Voltage, Speed, etc. can be customized after evaluation
stable performance and high efficiency
Small Torque: 2.7mNm
Low Speed, making the filter cup rise and fall smoothly

With over 20-year experience in motor drive solutions, we can quickly customize motor programs to meet customer requirements and provide customized services such as drawings, material selection, and proofing according to customer needs. For more information on the automatic tea maker motor solution, please contact our sales engineer.