セイワ Product Lineup

In the gaming console industry, addressing the heat generated by high-performance GPUs is a critical issue that affects product performance and reliability. Especially during high-load gameplay, the rise in GPU temperature can lead to performance degradation or failure. Our thermal jumper chip, which combines high thermal conductivity and insulation, solves the heat problems of GPUs even in areas where installing heat sinks is difficult. 【Application Scenarios】 - GPU - Power semiconductors such as MOSFETs and IGBTs - Ceramic resistors 【Benefits of Implementation】 - Reduces temperature rise of key components - Improves system-level reliability

In the field of wearable devices, miniaturization and high functionality are progressing, and as a result, thermal management has become an important issue. Heat inside the device can lead to performance degradation and failures, potentially shortening the product's lifespan. The BTJ thermal jumper chip achieves both high thermal conductivity and insulation, enabling efficient heat dissipation within limited space. This contributes to the miniaturization and reliability improvement of wearable devices. 【Usage Scenarios】 - Wearable devices that require miniaturization - Devices with high-density mounting - Electronic components that require thermal management 【Effects of Implementation】 - Suppression of device temperature rise - Improvement of product reliability - Increased design flexibility

In the industrial robot industry, high precision in operation and longevity are required. In particular, thermal management in areas prone to heat generation, such as the robot's drive components and control boards, is essential for maintaining performance. Deterioration of components due to heat can lead to operational failures and malfunctions, potentially resulting in decreased productivity. Our McDermid solder-based thermal materials solve thermal issues in industrial robots with high thermal conductivity and reliability. [Application Scenarios] - Robot arms requiring high-precision positioning - Robots performing precise electronic component mounting - Robots equipped with high-output motors [Benefits of Implementation] - Improved operational stability of robots - Extended lifespan of components - Reduced maintenance costs