In the vast, demanding landscapes of Mongolia, where massive construction projects shape the future, a new standard for fleet intelligence, safety, and management has been deployed. Yunis, a pioneer in AI-driven transportation technology, announces the successful implementation of a comprehensive, … Continue reading →

BANGKOK, Thailand – In a groundbreaking move for the logistics and marine sectors, Yunis has successfully deployed its next-generation IoT Asset trackers across a fleet of 200 showboats and 1,000 operational vehicles in Thailand, together with Yunis’s simple monitor system, … Continue reading →

Product Specifications – USB Type C to USB A 2.0 Male Charger Cable Item Description Product Name USB Type C to USB A 2.0 Male Charger Cable Brand Komikaya Interface Type USB Type-C (Male) to USB A 2.0 (Male) Function … Continue reading →

Introduction In modern industrial automation, reliable connectivity is the backbone of stable system performance. Among the many industrial connector standards available today, M12 connectors have become one of the most widely used solutions across automation, networking, transportation, and smart manufacturing. … Continue reading →

Introduction In modern industrial automation and smart manufacturing, reliable connectivity is no longer optional—it is critical. Among the most widely used circular connectors, M12 connectors have become the industry standard for sensors, actuators, power transmission, and industrial Ethernet. Understanding M12 … Continue reading →

silicone keypads are widely used in consumer electronics, industrial control, medical equipment, and automotive electronics due to their comfortable feel, stable structure, and strong environmental adaptability. As end products increasingly demand higher reliability and longer lifespans, the lifespan of silicone … Continue reading →

Material properties and product advantages Our silicone electrodes are made from high-purity Conductive silicone material. Through nanofiller and polymerization modification processes, they achieve excellent conductivity while maintaining flexibility. This structure effectively reduces impedance, thereby accurately capturing physiological signals, while its … Continue reading →