MOTOMA took part in KES 2026 – Korea Electronics Show, held from October 13 to 16 at COEX in Seoul, South Korea. At Booth B115 and B116, the company presented its lithium polymer battery solutions for smart wearables, medical devices and intelligent beauty equipment, with a focus on customized designs and application-specific operating requirements.
As smart electronic products continue to evolve, manufacturers face growing demands for compact power sources that fit increasingly complex product structures. For Korean device developers, battery dimensions, shape, performance and operating temperature can all influence product design. MOTOMA‘s customized lithium polymer batteries are developed to address these varied requirements.
Flexible Battery Designs for Compact Electronics
Wearable health monitors, portable medical equipment and smart beauty devices often have limited space for battery installation. MOTOMA supports customized battery formats, including ultra-thin, curved and irregularly shaped designs. These options give product designers greater flexibility when integrating batteries into compact housings and devices with non-standard internal layouts.
Battery specifications can be assessed according to the intended application, including size, capacity, discharge requirements and protection features. This approach supports OEM product development where standard battery dimensions may not meet the design requirements.
Solutions for Specialized Temperature Requirements
Some smart devices must operate in environments with significant temperature variations. MOTOMA offers battery customization options for specialized operating conditions, including selected solutions designed for temperature ranges from -40°C to 85°C, depending on the battery configuration and application.
Actual operating limits depend on the specific cell design and usage conditions. Charging and discharging requirements need to be evaluated separately to ensure that the selected battery is suitable for its intended environment.
Supporting Smart Device Innovation in South Korea
KES 2026 provided an opportunity for MOTOMA to present its customized lithium polymer battery capabilities to the electronics industry. The applications highlighted reflect the varied power requirements of wearable technology, smart healthcare products and intelligent beauty equipment, where compact dimensions, flexible form factors and specialized operating conditions can be important considerations.
Through its focus on application-specific battery design, MOTOMA continues to support electronics manufacturers and engineering teams seeking power solutions tailored to their product requirements.
Industry Outlook: AI and Smart Manufacturing in South Korea
KES 2026 also reflected a broader shift in South Korea‘s electronics and manufacturing industries, where AI is moving from digital applications into physical products, industrial automation and factory operations. Robotics, physical AI, smart manufacturing systems and on-device AI featured among the exhibition‘s key areas, highlighting the growing connection between intelligent software and the hardware that enables it.
For South Korean manufacturers, this shift brings new design considerations across industrial equipment, connected healthcare devices, wearable electronics and smart beauty products. As devices become more compact, mobile and functionally integrated, battery size, shape, operating temperature and application-specific performance become increasingly important during product development. Customized lithium polymer batteries can help address these requirements, particularly in products with limited installation space or specialized operating environments.
Against this industry backdrop, MOTOMA‘s focus on ultra-thin, curved, irregularly shaped and wide-temperature battery solutions aligns with the evolving power requirements of Korea‘s smart electronics sector. While battery selection depends on the technical needs of each application, flexible battery design remains an important consideration for manufacturers developing the next generation of intelligent devices.
