Chogori Technology has firmly established itself as a reliable and leading manufacturer of total connectivity solutions for the electric mobility sector. Known for its strong emphasis on innovation, flexibility and quality, Chogori has become the preferred partner for electric 2-3 wheelers, offering a wide range of waterproof connectors, cable assemblies, and other critical components. This expansion enables Chogori to effectively cater to the growing demands of the electric mobility market, especially in regions where these vehicles are gaining popularity.
Comprehensive Product Offerings in Electric Mobility
Chogori has significantly expanded its product offerings to include waterproof connectors designed for chargers, batteries, motors, and signals used in electric 2-3 wheelers. These products are engineered to withstand harsh environmental conditions, ensuring reliable performance and longevity. Chogori's design flexibility, combined with its lean operation capabilities, allows the company to provide customized connectors and complete cable assembly solutions tailored to the specific needs of its electric mobility customers. This approach not only enhances vehicle performance but also offers a competitive edge by addressing unique customer requirements effectively.
Innovations Enhancing Connectivity, Performance and Safety
Chogori has introduced groundbreaking innovations that significantly enhance connectivity, performance and safety in electric mobility. A key innovation is the implementation of floating technology in connectors, particularly for battery-swapping applications. This technology effectively absorbs male and female matching deviations, ensuring a precise mate-match every time through the use of guiding poles. The floating technology not only improves vibration resistance but also enhances the overall reliability and safety of the connectors. This innovation has been recognized with invention patents, contributing to Chogori's impressive portfolio of around 300 patents, including those for invention, utility models and design.