进博会倒计时约100天。 进博会企业商业展是全球企业展示商品、技术和服务的平台，共分为六大展区和创新孵化专区。中国国际进口博览局副局长吴政平表示， 目前，技术装备展 区将有80多家世界500强及行业龙头企业参展，汇聚十大工业电气企业、五家顶尖电梯企业、四大水处理企业；新材料专区将有宣伟、安姆科、赢创等知名企 业首次加入。 医疗展区将有10家世界500强药企、医学影像三大巨头、放疗设备三大巨头等领军企业参展，展现创新药械研发、生物医药技术、跨界数字化诊疗等全球顶尖 医疗科技成果。 汽车展区升级为汽车及智慧出行展区，展示全球整车、汽车零部件及后市场、多模式交通、低空经济等领域具备较强智慧性、安全性及可持续性的研发成 果，并将举办多场汽车行业政商闭门会。 创新孵化专区规模再创新高，将汇聚500多项全球前沿创新项目，深度覆盖数字经济、绿色低碳、生命科学、制造技术四大赛道。 本届企业商业展还涌现出几大创新点。吴政平表示，进博会首次为最不发达国家产品设立专区，进一步扩容升级原有非洲产品专区，推动所有与中国建交的 最不发达国家及53个非洲建交国的企业和产品用好"零关税"待遇，更好进入中国市场。本届进博会还将持续强化"全球新 ...

新京报贝壳财经讯(记者俞金旻)第八届进博会倒计时百日之际，7月25日，贝壳财经记者从中国国际进 口博览局获悉，第八届进博会将于今年11月5日至10日在上海举办。目前，各项筹备工作进展顺利。 企业商业展招展工作取得实质性进展。截至目前，已签约展览面积超过33万平方米，170家企业和27家 机构成为签约参展的八届"全勤生"，来自40个国家和地区的60个海外展团已确认参展，加拿大、马来西 亚、新西兰、挪威、秘鲁等国参展企业规模创下历史新高。 贝壳财经记者了解到，进博会企业商业展是全球企业展示商品、技术和服务的平台，共分为六大展区和 创新孵化专区。技术装备展区将有80多家世界500强及行业龙头企业参展，汇聚十大工业电气企业、五 家顶尖电梯企业、四大水处理企业；新材料专区将有宣伟、安姆科、赢创等知名企业首次加入。医疗展 区将有10家世界500强药企、医学影像三大巨头、放疗设备三大巨头等领军企业参展，展现创新药械研 发、生物医药技术、跨界数字化诊疗等全球顶尖医疗科技成果。汽车展区升级为汽车及智慧出行展区， 展示全球整车、汽车零部件及后市场、多模式交通、低空经济等领域具备较强智慧性、安全性及可持续 性的研发成果，并将举办多 ...

第八届中国国际进口博览会新闻通气会7月25日举行。据介绍，第八届中国国际进口博览会将于2025年 11月5日至10日在国家会展中心(上海)举办。技术装备展区将有80多家世界500强及行业龙头企业参展， 汇聚了十大工业电气企业、5家顶尖的电梯企业、四大水处理企业，医疗展区将有10家世界500强的药 企、医学影像三大头部企业、放疗设备三大头部企业参展，展现创新药械研发、生物医药技术、跨界数 字化诊疗等全球顶尖医疗科技成果。汽车展区升级为汽车及智慧出行展区，展示全球整车、汽车零部件 及后市场、多模式交通、低空经济等领域具备较强智慧性、安全性及可持续性的研发成果，并将举办多 场汽车行业政商闭门会。创新孵化专区规模再创新高，将汇聚500多项全球前沿创新项目，深度覆盖数 字经济、绿色低碳、生命科学、制造技术4大赛道。(人民财讯) ...

作为上合组织国家地方经贸合作的"桥头堡"，上合示范区以系统思维构建全链条发展生态，以集群化布局夯实产业根基，加速 打造装备制造产业高地。上合示范区党工委委员、管委会副主任郝国新介绍，目前，上合示范区已集聚458家规模以上装备制造 企业，形成橡塑机械、纺织机械、农牧机械、锻压机械、新能源装备、交通运输装备等特色产业组团。全球领先冷藏集装箱制 造企业青岛中集冷藏箱制造有限公司、亚洲领先船用锅炉制造企业阿法拉伐(青岛)工业有限公司、国内智能化轮胎生产设备龙头 企业青岛软控机电工程有限公司等一批装备制造领军企业落地上合示范区。海尔胶州空调互联工厂打造全球首个空调"端到端灯 塔工厂"，青岛德固特（300950）节能装备股份有限公司自主研发的高梯度电磁分离机试车成功，为行业"净零排放"目标提供解 决方案。 7月18日，作为中国—上海合作组织地方经贸合作大会主体活动之一，上海合作组织产业链供应链青岛会议装备制造技术国际合 作对话对接会在上合示范区举行，旨在为国内外装备制造领域企业、采购商搭建交流平台，推动装备制造技术领域国际合作。 山东是装备产业大省。山东省工业和信息化厅二级巡视员龙希江在致辞中表示，近年来，山东先后吸引沃 ...

7月18日下午，装备制造技术国际合作对话对接会在上合示范区举行。此次对接会吸引了众多国内外装备制造领域的企业、采购商及行业专家参与，为推动 装备制造技术的国际合作搭建了重要交流平台。 阿联酋哈伊马角经济区驻华首席代表刘苗苗对园区进行了推介。她介绍了哈伊马角经济区的投资环境、政策优势和产业发展规划，吸引了众多参会企业的关 注。她表示，哈伊马角经济区欢迎中国装备制造企业前往投资兴业，共同打造国际化的产业园区。山东钢刚好智能制造有限公司总经理王栋对"钢刚好"工业 互联网平台项目进行了分享及推介。该平台通过数字化、智能化技术，实现了钢铁制造企业的生产管理、供应链协同和客户服务的高效集成。王栋介绍了平 台的功能特点和应用案例，展示了工业互联网在装备制造产业中的巨大应用前景。前丰帽业分享了在非洲加纳投资建厂的案例，详细介绍了在海外投资建厂 的经验和挑战，以及如何与当地市场和文化相结合，实现企业的可持续发展。这一案例为参会企业提供了有益的参考，拓宽了企业的国际发展思路。 上合示范区推介了上合装备制造产业园进，该产业园依托上合示范区的政策优势和区位优势，致力于打造集研发、生产、销售、服务于一体的高端装备制造 产业集群。推介中 ...

Core Viewpoint - The collaboration between Qingdao Institute of Bioenergy and Process Research and Shandong Lukang Pharmaceutical has successfully developed a microbial green manufacturing technology for trans-aconitic acid, overcoming production challenges and achieving large-scale production, which has been recognized with a first-class award in Shandong Province for 2024 [1][3][12] Group 1: Production Challenges and Solutions - Trans-aconitic acid is a food additive with significant applications in agriculture, medicine, and chemicals, but traditional production methods face high costs and inefficiencies [3][9] - The research team developed an integrated technology system using industrial Aspergillus niger as a chassis cell, enabling the conversion of starch sugars into trans-aconitic acid through synthetic biology [3][5] - Key challenges addressed include the genetic modification of industrial strains, achieving high-efficiency synthesis, and optimizing fermentation processes for industrial application [5][7] Group 2: Industrial Application and Market Potential - The successful production of trans-aconitic acid opens up new avenues for its use as a biopesticide, particularly in combating root-knot nematodes in agriculture, aligning with national green agriculture initiatives [9][11] - In the chemical industry, trans-aconitic acid is being developed into a bio-based plasticizer, providing a safer alternative to petroleum-based phthalate plasticizers, which are facing regulatory restrictions due to health concerns [11][12] - The technology has garnered attention from various enterprises, leading to successful production demonstrations and positioning trans-aconitic acid as a key bio-based chemical in the upcoming 2024-2027 development plan for fine chemical industries [12]

2025年7月2日，NMPA公布了创新医疗器械特别审查申请审查结果公示（2025年第6号），有 14款产品 进 入创新通道。其中包括， 施爱德（厦门）医疗器材有限公司 申请的 一次性带可吸收钉电动痔吻合器 。 # 研发背景 痔疮 是全球常见的肛肠疾病，特别是在中国，随着生活方式变化（如久坐、饮食习惯等），痔疮发病率逐年 上升。根据统计，中国肛肠疾病患者中， 痔疮占比约50%-60%，其中中重度痔疮（III-IV度）常需手术治疗 。 传统痔疮手术（如外剥内扎术）创伤大、恢复慢、术后疼痛明显， 微创技术（如PPH）因创伤小、恢复快、 并发症少 而受到患者和医生的青睐。传统痔吻合器多采用不可吸收钉，术后需二次手术取出，增加了患者的 痛苦和感染风险。 电动吻合器 通过精准切割和缝合，显著提升手术效率。 可吸收钉（如聚乳酸、聚乙醇酸等材料） 的发展，解 决了传统金属钉需二次手术取出的问题，降低了术后异物感及感染风险，推动了吻合器技术的革新。 电动驱动技术、生物材料技术及精密制造技术的进步，使得一次性电动吻合器能够实现更高的精度和安全性。 # 产品介绍 施爱德（厦门）医疗器材有限公司研发的一次性带可吸收钉电动痔吻合器，专 ...

Group 1 - The 17th China International Modern Railway Technology Equipment Exhibition commenced on July 8 in Beijing [1] - The CR450 model, a new addition to the Fuxing family, has achieved a test speed of 450 km/h, providing a 10% margin for future operations at 400 km/h while maintaining standards for braking distance, noise, and energy consumption at 350 km/h [5] - The "Snow Domain Pioneer," China's first high-altitude, cold-weather, large-diameter hard rock tunneling machine, features advanced geological forecasting capabilities, allowing for real-time detection of adverse geological conditions up to 100 meters ahead without stopping [8] Group 2 - The world's largest tower crane model can lift materials weighing 600 tons to a height of 92.5 meters and has set 10 world records, currently utilized in major railway bridge construction projects [10] - The exhibition features 521 companies from 14 countries and regions, including major international players like Siemens, Alstom, and Westinghouse, showcasing the latest technological advancements in the railway equipment manufacturing sector [12]

Core Insights - The old home appliances are undergoing a significant "renewal journey" driven by consumer upgrades and environmental concepts, redefining the value of waste items and establishing a new pattern for circular economy development [1] - With the implementation of the national trade-in policy, the recycling volume of old home appliances in China is expected to grow by 14.83% year-on-year in 2024, with the market size for discarded electrical and electronic products recycling exceeding 150 billion yuan, indicating the rise of a billion-level industrial ecosystem [1] Group 1: Recycling System Reconstruction and Upgrade - The traditional disposal model for old home appliances is undergoing fundamental changes, with community recycling networks becoming a crucial support point for this transformation [3] - Various recycling channels are developing in a diversified manner, including e-commerce platforms, third-party recycling platforms, and self-built recycling platforms by companies, forming a multi-dimensional recycling network [3] - The collaboration among upstream and downstream enterprises in the industry chain is becoming increasingly close, with manufacturers and recycling companies establishing strategic partnerships to enhance recycling efficiency [3] Group 2: Innovation in Remanufacturing Technology - The value reshaping of old home appliances relies on advanced remanufacturing technology, with upgrades in the disassembly process being a key breakthrough [4] - The recycling of valuable metals such as copper, aluminum, and rare earth elements from old home appliances demonstrates significant economic value, reducing reliance on primary resources and creating considerable economic benefits [4] - The introduction and absorption of cross-border remanufacturing technology are accelerating, with partnerships with international advanced companies leading to significant advancements in waste home appliance processing technology [4]

Core Concept - The "International Lunar Research Station" plan proposed by China aims to establish a long-term scientific facility on the Moon, referred to as the "Moon Palace" project, with basic construction expected to be completed by 2035 and expanded by 2045 [1][2]. Group 1: Project Overview - The International Lunar Research Station is designed to be a long-term autonomous facility capable of short-term human participation, featuring capabilities for lunar-earth travel, energy supply, central control, communication navigation, lunar scientific exploration, and ground support [2]. - The project will utilize in-situ resources, including lunar soil for construction materials and ice resources for supporting scientific tasks [1][2]. Group 2: Technology and Innovation - A key technology for the project is the "Lunar Soil In-Situ 3D Printing System," which uses concentrated solar energy to melt lunar soil into bricks, allowing for construction without transporting materials from Earth [2][4]. - The system operates by using a parabolic reflector to concentrate sunlight, heating lunar soil to over 1300°C to create lunar bricks, which are characterized by high strength and good thermal insulation [2][4]. Group 3: Challenges and Solutions - The manufacturing of lunar bricks faces challenges such as uneven heating and the complex mineral composition of lunar soil, which can lead to defects like cracks [4]. - The project team has developed a solution involving a combination of reflective concentrators and fiber optic energy transmission to overcome energy capture and transmission challenges in the Moon's extreme environment [4][5]. Group 4: Resource Extraction - The extraction of water from lunar soil is another significant aspect of the project, with lunar polar regions containing substantial ice resources that can support life and provide fuel for deep space missions [5][6]. - A prototype device for extracting water from lunar soil has been developed, achieving international advanced levels in efficiency and addressing challenges related to high-strength ice-rich soil and low extraction efficiency [6][8]. Group 5: International Collaboration - The initiative has garnered support from 17 countries and over 60 international research institutions, indicating a collaborative approach to the construction and operation of the International Lunar Research Station [8].