“Chips” Hold the “Computing Power”—Enjoy a Smart Future | Sensor Nobleman Technology Co., Ltd. Welcomes You to the Shenzhen International Semiconductor Technology and Applications Exhibition
2024-06-28
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From June 26 to 28, 2024, the 6th SEMI-e Shenzhen International Semiconductor Technology and Application Exhibition grandly opened at the Shenzhen International Convention and Exhibition Center (Bao'an New Venue). As a highly influential and representative industry event in the semiconductor sector, this exhibition attracted over 800 companies, drawing more than 60,000 on-site visitors. Focusing on various sub-sectors within the semiconductor industry, the event comprehensively showcased new technologies, new products, innovative highlights, and emerging trends in the semiconductor field, thereby fostering a new ecosystem for industry exchange and integration, exploring new pathways for semiconductor development, and jointly tapping into new growth opportunities in the semiconductor sector!
Sensor Nobleman Technology Co., Ltd. (Booth No.: 6Q04), as a leading manufacturer of high-end sensors and a pioneer in breakthrough achievements in sensor technology for core chip manufacturing and the semiconductor industry, has been invited to participate in this exhibition. We look forward to collaborating with colleagues from across the industry to explore the future development of semiconductor technology.
Exhibition Overview
Exhibition Dates: June 26–28, 2024 Exhibition Venue: Shenzhen International Convention and Exhibition Center Booth No.: Hall 6, 6Q04 (Sunno Alliance Technology Co., Ltd.)
Nanoinnovation: The future is within reach.
At this exhibition, Sunno-Mate showcased its latest nanofilm core manufacturing technology. Thanks to its precision manufacturing processes, this technology not only significantly enhances product performance but also optimizes costs.
Nano-film technology is a collective term for a series of technologies independently developed by Sunno-Mate for the manufacture of high-performance, domestically produced sensors. These technologies include specialized metallic elastomer technology, novel sensitive-material technology, and vacuum atomic thin-film deposition technology. Sensors manufactured using Sunno-Mate’s nano-film technology achieve atomic-level bonding between the sensing element and the elastomer, thereby resolving the instability and unreliability issues commonly encountered in conventional sensors—issues caused by zero-point drift resulting from force-induced slippage between the sensing element and the elastomer. Such sensors also feature high accuracy, a wide operating temperature range, minimal temperature drift, high stability, high reliability, and excellent resistance to vibration, shock, and radiation, enabling them to operate reliably and stably over extended periods even in harsh environmental conditions. Meanwhile, this technology plays a crucial role in enhancing the performance and reliability of semiconductor devices as well.
New product launch—precise measurement to support high-quality development in semiconductor manufacturing.
As a pioneer in high-performance nanofilm pressure sensors, Sunno Alliance is committed to providing global industrial users with comprehensive pressure measurement system solutions. We deeply understand the critical importance and complexity of industries such as semiconductors, microelectronics, flat-panel displays, solar photovoltaics, biomedicine, and specialty gases. Accordingly, we have developed ultra-high-purity pressure sensor products tailored specifically to meet the unique needs of semiconductor manufacturing, offering crucial measurement and control capabilities that ensure process precision and product quality. This enables you to achieve reliable and worry-free pressure measurements even in the most demanding application environments.
The ultra-high-purity pressure sensor manufactured by Sensor Nobleman using advanced nanofilm technology boasts advantages such as resistance to high temperatures of up to 250℃ in harsh media, excellent resistance to strong corrosives, and the ability to achieve precise measurements over a narrow range of 0–100 kPa. This makes it a powerful enabler for fine control in semiconductor manufacturing processes.
Industry Insights, Collaborative Development
At this industry event, SunoMeng Technology Co., Ltd. drew considerable attention with its cutting-edge nanofilm technology and high-performance sensor products, attracting numerous new and existing customers to stop by and discuss business opportunities together. Mr. Lei, General Manager of SunoMeng Technology Co., Ltd., personally attended the expo and engaged in multiple in-depth technical and academic exchanges with a host of experts and scholars. They conducted lively discussions and exchanges on key topics such as the application prospects of nanofilm technology, development trends of domestically produced smart chips, and sensor products for semiconductor applications. The SunoMeng expert team gained a deep understanding of customers’ actual needs and application scenarios, offering customized pressure measurement system solutions and jointly driving the advancement of the semiconductor industry.
Technological innovation leads the future.
In today’s rapidly advancing semiconductor technology landscape, Sunno Alliance will remain committed to the core principle of technological innovation, continuously developing cutting-edge sensor products and collaborating closely with an increasing number of industry partners to jointly drive the sustained progress and thriving development of the semiconductor industry. We look forward to seeing you at the exhibition, where we can together witness the power of technology and lead the industry forward. |
Contact Us
Address : No. 18 Xiangtai Road, Liuyang Economic and Technological Development Zone, Building A5, Changsha E Center.China
Phone : +86-400-002-1378
Email : business@chnsnm.com
Sales : +86-173-7371-3251 (Mr. Zeng)
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Address: Building A5, Changsha E Center, No. 18 Xiangtai Road, Liuyang Economic and Technological Development Zone.China