Core Viewpoint - The article emphasizes the rapid technological advancements in the semiconductor industry, highlighting the critical role of PerkinElmer in providing essential analytical instruments for semiconductor detection and quality control [1][6][30]. Group 1: Technological Advancements - The semiconductor industry is experiencing rapid iterations in technology, with chip manufacturing processes evolving from 14nm to 1nm nodes [1]. - Traditional detection methods struggle to meet the demands for detecting metal impurities at ppt (parts per trillion) and ppq (parts per quadrillion) levels, necessitating advanced analytical techniques [1][6]. - Non-metal impurities and organic contaminants in the air have emerged as significant factors affecting chip yield, further complicating the quality control process [1]. Group 2: PerkinElmer's Historical Significance - PerkinElmer has a rich history of innovation in analytical instruments, dating back to its founding in 1937, with milestones including the launch of the first commercial infrared spectrometer in 1944 [3][4]. - The company has consistently pushed technological boundaries, introducing groundbreaking products such as the first commercial ICP-MS in 1983, which revolutionized trace metal detection [4][11]. Group 3: Product Offerings and Applications - PerkinElmer's product line includes a wide range of analytical instruments essential for semiconductor testing, such as ICP-MS, ICP-OES, and gas chromatography [6][8]. - The NexION 5000 ICP-MS is highlighted as a leading tool for detecting trace impurities in silicon wafers and semiconductor-grade chemicals, capable of achieving detection limits below 1 ppt [10][17]. - The GCMS 2400 platform is designed for the rapid screening of organic contaminants in cleanroom environments, addressing the challenge of maintaining high purity standards in semiconductor manufacturing [25][27]. Group 4: Market Commitment - PerkinElmer has demonstrated a long-term commitment to the Chinese market, evolving from a supplier to a localized enterprise with comprehensive R&D, production, and service capabilities [8]. - The company actively participates in industry events, showcasing its innovations and reinforcing its position as a key player in semiconductor detection [8][30].

Core Viewpoint - PerkinElmer showcased its latest semiconductor technology solutions at SEMICON China 2025, emphasizing its leadership in analytical detection technologies across the semiconductor industry [2][4]. Group 1: Event Highlights - The exhibition featured advanced detection and analysis technologies, with live interactions to discuss applications and developments across the semiconductor supply chain [2]. - PerkinElmer's sales director for the semiconductor industry in China presented comprehensive analysis and detection technology solutions covering semiconductor processes [4]. Group 2: Featured Technologies - The company highlighted two star products: "NexION 5000 ICP-MS" and "GCMS 2400 Gas Chromatography-Mass Spectrometry platform," showcasing its innovative strength in semiconductor detection [4]. - The technology team introduced several new technologies and solutions, including: 1. **Semiconductor Wafer AMC Detection Technology**: This technology addresses the stringent requirements for air molecular contaminants (AMC) in semiconductor wafer manufacturing, focusing on precise analysis of trace elements in silicon wafers and semiconductor materials [5]. 2. **Semiconductor Equipment Material Analysis**: PerkinElmer provides comprehensive analysis solutions to ensure the performance, purity, and characteristics of semiconductor equipment materials, acting as a "quality guardian" [6]. 3. **Special Gas Detection Technology**: As semiconductor technology advances, the quality requirements for special gases become more stringent. PerkinElmer's detection technology accurately measures the purity and impurity content of gases like silane, ammonia, and phosphine [7]. Group 3: Industry Insights - The event included discussions with industry experts who shared insights on the semiconductor field, emphasizing the importance of precision instruments in AMC detection systems [10]. - Experts from various companies, including Profo's founder and representatives from Fulede and Shanghai Qiyuan Gas Development Co., discussed challenges and strategies in micro-pollution detection and semiconductor process optimization [11][12]. Group 4: Future Outlook - PerkinElmer is committed to providing high-quality analytical detection solutions for the semiconductor industry and aims to continue technological innovation while collaborating with partners to elevate the semiconductor industry [14].