本报乌鲁木齐讯（全媒体记者 马雪娇 陈琼） 装备制造业是工业经济高质量发展的重要基石。2025年以 来，兵团锚定新型工业化发展方向，通过政策精准赋能、技术改造升级、创新生态培育等一系列举措， 持续推动工业转方式、调结构、提质量、增效益，装备制造业呈现增加值与投资"双快增"的良好发展态 势。 与此同时，兵团坚持数字经济和实体经济深度融合发展，全力推动装备制造重点领域数字化、智能化转 型。兵团工业和信息化局印发实施《兵团规上工业企业技术改造全覆盖行动计划》以来，2025年已有超 百家中小企业完成数字化改造，力争到"十五五"末实现现有规上工业企业技术改造全覆盖。此外，兵团 牢固树立绿色发展理念，着力加快装备制造业绿色转型步伐，在传统产业改造提升中，推动一批装备制 造企业开展绿色化升级改造，助力工业经济绿色低碳发展。 "2025年兵团装备制造业'压舱石'作用愈发凸显，其中'兵团造'采棉机、大型播种机、低空民用大型无人 机等装备的制造与应用水平稳居全国前列。"兵团工业和信息化局相关负责人表示。 记者从兵团工业和信息化局获悉，2025年1至11月，兵团装备制造业增加值较上年同期增长21.1%，连 续19个月实现两位数增长 ...

中新网新疆新闻12月29日电（姚明）2025年，紧扣地委对乌苏"工业强市走在前"的战略定位，乌苏市立 足丝绸之路经济带核心区重要节点优势，以中新（重庆）互联互通多式联运示范项目中亚专线乌苏中转 基地正式投用契机，紧抓新疆塔城重点开发开放试验区等战略机遇，构建起合成生物制造、智能装备制 造、棉花纺织服装等产业集群协同发展的现代产业体系，勾勒出"工业强市"的壮阔图景：4月，新疆首 个合成生物制造产业集聚区在乌苏挂牌，成为全国第四个合成生物产业集聚区；7月，新疆钵施然智能 农机的一批国产采棉机出口乌兹别克斯坦，彰显中国农机制造实力；2025年乌苏啤酒市场综合占有率在 新疆区域内达到90%以上，番茄制品畅销国内外……一组组亮眼成绩的背后，是乌苏市工业经济高质量 发展的强劲脉动。 合成生物：打造西部"生物制造"新高地 当传统的农业资源与现代生物科技相遇，会碰撞出怎样的产业火花？乌苏以"合成生物制造"这一战略性 新兴产业，给出了响亮的答案。2025年4月26日，新疆合成生物制造产业集聚区发布会在乌苏召开，科 学规划"一核三区"空间布局，乌苏工业园区作为"一核"，成为产业发展的核心承载地。 龙头企业引领产业链延伸。新疆合成 ...

（原标题：科技让种植规模挣脱人力束缚（念念有余）） 谈及耕地种植规模，新疆伊犁一位种植大户测算过，一个员工最高能打理1600亩耕地，这一规模的上 限，是当前滴灌技术条件下，单人管理的合理阈值。 这与我儿时记忆中彻夜守水浇地的农耕场景，形成了跨越时代的强烈对比。种植规模的提升，核心是管 理能力的突破，而现代化器械与智能软件，正是这场变革的关键推手。 儿时的农耕记忆，满是劳累的窘迫。那会儿浇地全靠拖拉机带动水泵，水管铺展、水量调控全凭人力， 为了不错过灌溉时机，大人常常要在田埂上守整夜，收放几十米长的水管时，弯腰弓背拉扯半天，累得 直不起腰。再往前追溯，更原始的桔槔吊水方式，一人一天忙活下来，也浇不了一亩地。彼时的种植规 模，完全被人力绑定，"人均两亩"几乎是绕不开的天花板。即便是后来有了简单机械，漫灌模式下的沟 垄易坍塌、水资源跑冒滴漏等问题，仍让种植规模难以突破，普通农户能管好十亩地，就已是相当不错 的水平。 以前每逢采棉花季节，往新疆去的火车上坐满了采棉工，采棉工的数量直接决定了可管理面积。当地政 府每年都要费力找采棉工，政府机关和学生每年都要下田地采棉花。如今随着采棉机普及，这一场景成 为历史。 一位长期 ...

Core Insights - The article highlights the significant advancements in cotton harvesting technology in Xinjiang, particularly the use of mechanization and drones, which have greatly improved efficiency and productivity in cotton farming [1][2][3] Group 1: Technological Advancements - The use of large-scale cotton harvesting machines and drones has transformed the cotton harvesting process, allowing for faster and more efficient collection of cotton [1][2] - The integration of the Beidou satellite navigation system in machinery has enhanced operational precision in cotton planting and harvesting [1] Group 2: Economic Impact - Farmers report substantial increases in productivity, with one farmer managing 1,900 acres and achieving an average yield of 500 kilograms per acre, significantly reducing labor time from 20 days to just 10 days for harvesting [1][2] - The cotton industry in Xinjiang has seen a rise in confidence among farmers, with many investing in advanced machinery for both cotton cultivation and cross-regional operations, contributing to additional income streams [2] Group 3: Production and Quality - Xinjiang has implemented a comprehensive technological framework to enhance cotton production, achieving a mechanization level of 97% and a good seed coverage rate of 98% for high-quality cotton varieties [3] - The introduction of over 30 new cotton varieties with superior traits, including drought resistance and suitability for mechanical harvesting, is expected to further boost cotton yield and quality [2][3]

Core Viewpoint - Xinjiang is focusing on developing characteristic advantageous industrial clusters and implementing an innovation-driven development strategy, leading to significant advancements in technology and productivity in the region's agricultural machinery sector [1][2]. Group 1: Technological Advancements - The automated workshop of Boshiran Intelligent Agricultural Machinery Company showcases the efficient production of various agricultural machinery, including cotton pickers, which are crucial for agricultural productivity [1]. - The introduction of six-row self-propelled cotton pickers allows for the harvesting of 500 acres of cotton in a single day, equivalent to the work of over a thousand laborers [2]. - The domestic production rate of six-row cotton pickers has exceeded 90%, achieving international advanced levels [4]. Group 2: Policy Support and Financial Assistance - The local government is actively supporting innovation through funding and project approvals, which are essential for the sustainable development of small and medium-sized enterprises [2][3]. - Companies can now use technology patents, intellectual property, and research contracts as collateral to secure funding for product development, alleviating financial pressures [3]. - The implementation of policies such as "innovation points system" and "white list" mechanisms has led to the establishment of a robust ecosystem for high-tech enterprises, with the number of high-tech companies in Urumqi High-tech Zone reaching 306 by 2024 [3]. Group 3: Investment in Research and Development - Xinjiang has committed to an annual investment of 2 billion yuan in local fiscal science and technology funding and has established a talent development fund of 10 billion yuan to enhance the region's innovation capabilities [5]. - The total expenditure on research and development (R&D) in the region is projected to reach 11.55 billion yuan in 2024, marking a 27% increase [5]. - The number of high-tech enterprises in Xinjiang has grown by 32%, reaching a total of 2,529 [5].

Group 1 - The core viewpoint of the articles highlights the significant advancements in technology and innovation within the agricultural and technology sectors in Xinjiang, particularly through the development of automated machinery and support from local government policies [1][2][3][4] Group 2 - The company Boshiran has developed a fully automated workshop for manufacturing agricultural machinery, achieving a series of technological breakthroughs and holding 246 patents, positioning itself as a leading domestic cotton picker manufacturer [1] - The introduction of advanced cotton-picking machines has drastically increased efficiency, with one machine capable of harvesting 500 acres of cotton in a day, equivalent to the work of over a thousand manual laborers [1] - The Xinjiang region is projected to produce approximately 92% of China's cotton in 2024, with a mechanization rate exceeding 85%, supported by strong technological advancements [1] Group 3 - The local government in Urumqi High-tech Zone is actively supporting innovation through funding and project recommendations, which has enabled companies like Beidou Tongchuang to secure loans for research and development [2] - Beidou Tongchuang's AI operation management platform has reduced fault detection time by 83% and operational costs by 30%, showcasing the impact of technological innovation on efficiency [2] Group 4 - Xinjiang Tianceng Luyuan Electric Engineering Co., Ltd. benefited from the high-tech zone's credit policies, receiving a loan of 4.6 million yuan, which significantly alleviated their R&D funding pressure and doubled their revenue in the first quarter [3] - The Urumqi High-tech Zone has implemented various supportive policies, resulting in a total of 306 high-tech enterprises by 2024, making it one of the regions with the highest number of high-tech companies in the autonomous region [3] Group 5 - Significant scientific achievements in Xinjiang include the domestic production of six-row cotton-picking machines with over 90% localization, advancements in deep earth drilling capabilities, and improvements in the purity of polysilicon [4] - The Xinjiang government has committed to an annual investment of 2 billion yuan in scientific research and established a talent development fund of 10 billion yuan, enhancing the region's innovation capacity [4] - By 2024, R&D expenditure in Xinjiang is expected to reach 11.55 billion yuan, reflecting a 27% increase, with the number of high-tech enterprises growing by 32% to 2,529 [4]

Core Viewpoint - The development of intelligent agricultural machinery in Xinjiang, particularly by the company Boshiran, showcases significant advancements in technology and innovation, leading to increased efficiency in cotton harvesting and overall agricultural productivity [1][2][4]. Group 1: Company Innovations - Boshiran has developed a fully automated workshop capable of efficiently producing various agricultural machinery, including cotton pickers and fertilization machines, demonstrating a commitment to research and innovation [1]. - The company has achieved 246 patents with complete independent intellectual property rights, positioning itself as a leading domestic manufacturer of cotton pickers [1][2]. - The introduction of a six-row self-propelled cotton picker allows for the harvesting of 500 acres of cotton in a single day, equivalent to the work of over a thousand manual laborers [2]. Group 2: Policy Support and Financial Assistance - The company has received support from local government initiatives, including recommendations for two regional-level technology projects that will provide financial backing upon approval [2]. - The innovation credit policy in Urumqi High-tech Zone allows technology companies to use patents and awards as collateral for loans, facilitating funding for research and development [3]. - The establishment of a "white list" for technology enterprises has enabled companies like Xinjiang Tiancheng Luyuan Electric Engineering to secure significant loans, alleviating financial pressures and doubling revenue in the first quarter compared to the previous year [3]. Group 3: Regional Technological Advancements - Xinjiang has seen a surge in technological innovations, with the domestic production rate of six-row cotton pickers exceeding 90%, reaching international advanced levels [4]. - The region has committed to investing 20 billion yuan annually in scientific research and has established a 100 billion yuan talent development fund to enhance its technological capabilities [4]. - By 2024, Xinjiang's R&D expenditure is projected to reach 11.55 billion yuan, marking a 27% increase, with the number of high-tech enterprises growing by 32% to a total of 2,529 [4].

Core Insights - The article highlights the rapid growth and technological innovation of the agricultural machinery industry in Xinjiang, particularly focusing on the achievements of the company Boshiran in developing fully automated cotton-picking machines and other agricultural equipment [1][2]. Group 1: Company Achievements - Boshiran has developed a fully automated workshop capable of efficiently producing various agricultural machinery products, including cotton-picking machines, silage harvesters, and fertilization sowing machines [1]. - The company has achieved significant technological breakthroughs, holding 246 patents with complete independent intellectual property rights, positioning itself as a leading domestic manufacturer of cotton-picking machines [1]. - The introduction of a six-row self-propelled cotton-picking machine allows for the harvesting of 500 acres of cotton in a single day, equivalent to the work of over a thousand manual laborers [2]. Group 2: Policy and Financial Support - The growth of Boshiran and other tech companies in the region is supported by local government policies, including funding for technology projects and financial assistance through loan programs [2][3]. - The Urumqi High-tech Zone has implemented various initiatives, such as silver-enterprise matchmaking events and an "innovation points system," to support the development of high-tech enterprises [3]. - As of 2024, the number of high-tech enterprises in Urumqi High-tech Zone has reached 306, making it one of the regions with the highest number of high-tech companies in the autonomous region [3]. Group 3: Industry Growth and Innovation - Xinjiang has seen a significant increase in research and development funding, with a projected R&D expenditure of 115.5 billion yuan in 2024, marking a 27% growth [4]. - The region's focus on technological innovation has led to the domestic production rate of six-row cotton-picking machines exceeding 90%, achieving international advanced levels [4]. - The establishment of a 100 billion yuan talent development fund aims to enhance the region's technological innovation capabilities [4].

Core Insights - The article highlights the rapid growth and technological innovation of the intelligent agricultural machinery company, Boshiran, in Urumqi, Xinjiang, which has become a leader in domestic cotton harvesting machinery production [1][2]. Group 1: Company Innovations - Boshiran has developed a fully automated workshop that efficiently produces various agricultural machinery products, including cotton pickers and other farming equipment [1]. - The company has achieved significant technological breakthroughs, holding 246 patents with complete independent intellectual property rights, transitioning from reliance on expensive foreign imports to domestic production [1][2]. - The introduction of a six-row self-propelled cotton picker allows for the harvesting of 500 acres of cotton in a single day, equivalent to the work of over a thousand manual laborers [2]. Group 2: Policy Support and Financial Assistance - The growth of Boshiran and other tech companies in Urumqi is supported by local government policies, including funding for technology projects and financial assistance through loan programs [2][3]. - The Urumqi High-tech Zone has implemented various initiatives, such as silver-enterprise matchmaking events and an "innovation points system," to support small and medium-sized enterprises in securing funding for research and development [3][4]. Group 3: Industry Growth and Achievements - Xinjiang's focus on technological innovation has led to significant advancements, such as the domestic production rate of six-row cotton pickers exceeding 90% and achieving international advanced levels [4]. - The region has committed to an annual investment of 2 billion yuan in technology funding and established a 10 billion yuan talent development fund to enhance its innovation capabilities [4]. - By 2024, Xinjiang is projected to have 2,529 high-tech enterprises, reflecting a 32% increase, with R&D expenditure reaching 11.55 billion yuan, a 27% growth [4].

Core Insights - The article emphasizes the rapid evolution of global dynamics and the strengthening of China-Africa cooperation, particularly in the agricultural sector [1] Agricultural Cooperation - As of 2024, China has dispatched over 500 agricultural experts to Africa, trained nearly 9,000 agricultural talents, established 24 agricultural technology demonstration centers, and promoted over 300 advanced agricultural technologies benefiting more than 1 million African smallholder farmers [2] - The death of Yuan Longping, a prominent figure in hybrid rice development, has led to significant recognition of Chinese agricultural technology in Africa, exemplified by a tribute in Madagascar [2] - China's hybrid technology, particularly hybrid wheat, has been successfully implemented in Pakistan, resulting in a 45% yield increase in 2018 and maintaining high yields even under extreme weather conditions [3][7] Technological Advancements - The establishment of the China National Hybrid Rice Engineering Research Center in Madagascar has led to a rice yield of 10.8 tons per hectare, which is 3.6 times the local average [8][10] - In Madagascar, if hybrid rice is promoted on 15% of the arable land, it could potentially transform the country into a rice-exporting nation, alleviating food insecurity for its 2 million people facing famine threats [10] - In Benin, China has introduced high-yield corn varieties and established an agricultural technology demonstration center, significantly improving local agricultural practices [12] Mechanization and Equipment - China has also exported agricultural machinery, such as cotton-picking machines to Uzbekistan, with a total order value exceeding 80 million yuan, enhancing efficiency and reducing costs in cotton harvesting [17][19] - The introduction of vegetable greenhouse technology in Georgia has led to a 30% increase in vegetable production and a 70% rise in farmer income [25] Economic Impact - The processing of rubber in Côte d'Ivoire, aided by Chinese technology, has transformed the country into Africa's largest producer of natural rubber products, creating 600 jobs [27] - China's agricultural technology exports not only improve local agricultural productivity but also stimulate related industries, such as processing and logistics, thereby enhancing local economies [31] Systematic Approach - China's agricultural technology outreach is characterized by a systematic approach, providing not only technology but also expert guidance and training for local farmers [28][30] - The establishment of agricultural technology demonstration centers has led to an average yield increase of 30% to 60% in local crops, promoting economic development and job creation [31] Trade Relations - China has become Africa's largest trading partner and second-largest agricultural product export destination, with over 360 African agricultural products gaining market access in China by mid-2023 [48] - The growing trade relations have led to the establishment of currency swap agreements, enhancing the international status of the Chinese yuan [48]