Independent R&D BLDC Motor
CUSTOMIZATION AND INNOVATION:
In-house research and development (R&D) work on brushless DC (BLDC) motors began in 2018, in order to be able to create customized solutions that meet specific needs and applications. Each customization promotes innovation and the continuous development of state-of-the-art motor designs.
Enhanced performance:
Independently developed BLDC motors often offer superior performance due to the ability to optimize various components such as the stator, rotor and magnets.
As a result, brushless DC motors offer higher efficiency, better torque-to-weight ratios, and better overall performance characteristics than off-the-shelf alternatives.
Designed for specific applications:
There are different requirements for the performance, size, power consumption and durability of hair dryer motors. Through independent research and
development, brushless DC motors for hair dryers can be designed to precisely meet the needs of the target application, ensuring optimal performance and longevity.
Competitive Advantage:
We have established our competitive advantage through our own R&D and development of proprietary technology for brushless DC motors. Unique features, higher
efficiency and specialized functionality differentiate our products in the market and attract more customers.
Intellectual Property Ownership:
The company conducts its own research and development of BLDC motors and owns the intellectual property (IP) generated during the research and development
process.
Supply chain control:
Independently developed brushless DC motors allow for better control of the supply chain. Sourcing materials, components and manufacturing processes that meet its
quality standards reduces dependence on external suppliers and minimizes potential risks.
Adapt to trends:
Emerging technology trends can have a significant impact on motor design. Independent research and development enables our companies to proactively adapt to
these trends, integrating features such as IoT connectivity, advanced control algorithms and energy-efficient designs.
Quality Assurance:
In-house R&D facilitates rigorous testing and quality control throughout the development process. This improves reliability, durability and consistency of motor
performance and reduces potential maintenance and warranty issues.
Collaboration and Learning:
The independent R&D process fosters collaboration and knowledge sharing within cross-functional teams. Engineers, researchers and designers work closely together to
develop skills and understanding of motor technology.
Long-term cost benefits:
While the initial investment in R&D may seem high, the long-term cost savings are significant. Companies can avoid ongoing royalty payments to third-party technology
owners and have the flexibility to improve designs without relying on external partners.
We have many advantages of in-house development of brushless DC motors, including customized designs and higher performance, as well as intellectual property ownership
and long-term cost-effectiveness. Together, these advantages contribute to the competitiveness, innovation and success of companies in a variety of industries.
Teejoin Smart Technology is a group enterprise specializing in R&D, production and sales of products in the field of smart life. It holds Guangdong Aurora Solar Technology Co., Ltd and Shenzhen Huayun Technology Co., Ltd., and has multiple R&D and production bases in Hong Kong,
Shenzhen, Guangzhou, Jieyang and other places;
the company Committed to research and development in the field of IOT for 10 years, it has built a multi-dimensional and multi-scenario smart life service system such as smart home smart community, smart hotel, smart office, smart parking, green energy, etc., which can provide
customers with services from consulting, design, research and development , production (OEM), production and sales to engineering implementation of a full range of solutions.
Tel: +0755-2377-1505
E-mail: teejoin.official@gmail.com
Address: A1-1, Mingjun
Industrial Zone, Dalang, Shenzhen, Guangdong