iTherM 2025 Concludes Successfully, Marking a Strong Finish to the Annual Exhibition

From December 3 to 5, the 6th Thermal Management Industry Conference & Expo (iTherM 2025) was successfully held at the Shenzhen World Exhibition & Convention Center. During the three-day event, BESTAR’s piezoelectric cooling systems and piezoelectric ceramic technologies became key highlights on the show floor.

At this year’s exhibition, BESTAR focused on showcasing two major innovative solutions—its miniature active cooling devices and advanced piezoelectric ceramic technologies. The miniature active cooling components, featuring a compact form factor, ultra-low power consumption, and precise flow-rate control, deliver quiet and efficient thermal management for slim devices such as smartphones and AR glasses. Meanwhile, piezoelectric ceramics enable delicate vibration feedback that simulates realistic tactile sensations, significantly enhancing the human-machine interaction experience in smart automotive cabins and consumer electronics. Together, these technologies directly address the critical needs for efficient heat management and immersive interaction in next-generation smart devices, drawing extensive attention and engagement from industry professionals on-site.

Leveraging its cross-disciplinary expertise in acoustics, piezoelectric ceramics, and microfluidics, BESTAR’s booth went far beyond showcasing individual technologies.

Instead, it presented a vivid vision of a future built on multi-modal sensing technologies working in harmony. This forward-looking display attracted a large number of professional visitors, creating a lively and engaging atmosphere throughout the exhibition.

Although the event has come to an end, the exploration of sensing technologies continues to deepen. BESTAR will take the valuable insights gained during the exhibition to further strengthen its R&D efforts, accelerating the application of miniature active cooling and piezoelectric ceramic technologies across more intelligent scenarios.

We look forward to seeing these technologies become even more mature, integrated, and impactful on the global stage in 2026.

The future of human-machine interaction will be quieter, more precise, and more intuitive.