Core Viewpoint - The BCEIA exhibition showcased the latest advancements in sample pretreatment technologies, highlighting the industry's focus on automation, intelligence, and high-throughput capabilities in analytical chemistry [2][22]. Group 1: Sample Pretreatment Technologies - Sample pretreatment is a critical step in analytical testing, ensuring the accuracy of results by selecting appropriate methods based on sample characteristics [3][25]. - Recent advancements in technology have led to significant improvements in sample pretreatment methods, including microwave digestion, solid-phase extraction, and automated systems [25]. - The industry is witnessing a shift from traditional methods to innovative solutions that enhance efficiency and reduce human error, marking sample pretreatment as a core technology in precise analysis [22][25]. Group 2: New Product Launches - Laibotai introduced several new pretreatment instruments, including the SPE2000 fully automated solid-phase extraction instrument, which enhances food testing efficiency [5]. - Zhongyi Yusheng launched the HS-9000 fully automated headspace sampler, capable of processing 80 samples continuously, improving high-throughput analysis [7]. - Shanghai Sida's HS-160D dynamic headspace sampler features an upgraded temperature control system for diverse detection needs [8]. Group 3: Industry Trends - The exhibition highlighted a trend towards automation and modular design in sample pretreatment technologies, which significantly reduces manual operation errors and enhances safety [22][25]. - The introduction of advanced systems, such as the E3 versatile organic sample pretreatment system, allows for simultaneous processing of 56 samples, greatly improving efficiency [13]. - The TANK MAX super microwave system can operate at temperatures up to 300°C and pressures up to 20MPa, suitable for challenging sample types across various analytical fields [16]. Group 4: Future Directions - The upcoming 2025 pharmacopoeia updates are expected to drive the standardization and regulation of sample pretreatment technologies, particularly in heavy metal detection in traditional Chinese medicine [25]. - The industry is encouraged to foster collaboration between academia and industry to enhance the development and application of sample pretreatment technologies [25].

Core Viewpoint - The article highlights the journey of usmile in redefining the oral health industry by establishing measurable standards for cleaning effectiveness, marking a significant shift from traditional perceptions of electric toothbrushes as mere appliances to essential health tools [1][3]. Group 1: Company Positioning and Strategy - usmile positions itself as a "oral health tool" rather than a small appliance, focusing on effective plaque removal [3]. - The company has invested over 500 million in R&D, forming a cross-disciplinary laboratory with teams in oral medicine, biomaterials, and algorithms [3]. - The brand's philosophy emphasizes that the essence of an electric toothbrush lies in its ability to effectively remove harmful bacteria, not just its motor capabilities [6]. Group 2: Challenges and Breakthroughs - Between 2019 and 2021, usmile faced skepticism from the industry regarding its biological experiments and concerns from shareholders about ROI [6]. - The initial failure rate for plaque culture experiments exceeded 70%, leading to repeated setbacks in achieving stable adhesion and accurate simulation [6]. - A pivotal moment occurred when a professional medical team identified a "24-hour golden window" linking saliva exposure time to plaque maturity, allowing for more accurate in vitro plaque modeling [6]. Group 3: Standardization and Industry Impact - From 2023 to 2025, usmile opened its laboratories to other brands and third-party institutions to validate its methods, fostering trust through reproducibility [7]. - The company has made its core plaque culture technology available for free through industry associations, breaking down technological barriers [7]. - The establishment of standards has enabled usmile to create a health loop integrating R&D, quality control, and user outcomes, transforming vague cleaning claims into quantifiable plaque removal rates [9]. Group 4: Innovation and User Engagement - Innovations driven by laboratory findings have led to product enhancements, such as the addition of real-time reminders for improved cleaning efficiency [9]. - A medical-grade standard for batch testing ensures that only toothbrush heads meeting cleaning rate thresholds are produced, enhancing product reliability [9]. - The introduction of a "cleaning rate file" allows consumers to access third-party reports, shifting trust from brand promises to scientific consensus [9]. Group 5: Long-term Vision and Social Responsibility - usmile aims to transform industry standards and drive ecological leadership by initiating new standard research and continuous technological breakthroughs [12]. - The company’s "One Small Toothbrush" initiative provides free oral screenings to underprivileged children, promoting preventive health care and demonstrating corporate social responsibility [12]. - The ten-year journey of usmile illustrates that in the health consumer sector, scientific technology serves as the most robust brand moat, with aspirations to make Chinese standards a universal language in global oral health [13].

Core Insights - The article provides an overview of notable companies in the field of embodied intelligence and their corresponding business focuses [2] Company Summaries - **Zhiyuan Robotics**: Focuses on humanoid robot development, with products like the Expedition A1/A2 capable of navigating complex terrains and performing fine motor tasks [2] - **Unitree Robotics**: A leader in quadruped robots, known for high dynamic motion control, with products like Go1/Go2 series for consumer use and B1/B2/H1 series for industrial applications [5] - **Fourier Intelligence**: A general robotics company that includes humanoid robots and smart rehabilitation solutions, featuring products like GR-1/GR-2 humanoid robots and upper limb rehabilitation robots [6] - **Deep Robotics**: Specializes in quadruped robots for power and security applications, with products like the J series joints providing high torque performance [7] - **Lingchu Intelligent**: Focuses on dexterous operations and end-to-end solutions based on reinforcement learning algorithms [13] - **OriginBot**: Develops educational robots, including the Aelos series for programming education and Fluvo for hospital logistics [14] - **Noematrix**: Concentrates on high-resolution multi-modal tactile perception and soft/hard tactile manipulation products, providing innovative solutions for various sectors [29] - **Galbot**: Engages in the development of general-purpose humanoid robots and quadruped robots for industrial, commercial, and household applications [28]