2025-10-31

Zhongke Motong Debuts at ATC2025 Shanghai Auto Chassis Exhibition: Cross-Border Technological Innovation Leads Industry Upgrading

The ATC2025 Shanghai Automotive Chassis Systems Technology Exhibition recently grandly opened at the Shanghai Automotive Exhibition Center. As the annual technical trend - setting event in the chassis field, this exhibition has gathered top - notch global enterprises and scientific research forces to jointly explore the direction of industrial transformation under the wave of new energy and intelligence. Zhongke Motong participated in the exhibition with core technology achievements in multiple fields, and its booth was located at No. 3353 in the South Hall. Yan Jiaxiang, Executive Dean of Zhongke Motong Research Institute, delivered a keynote speech, becoming the focus of the exhibition with its innovative strength and forward - looking vision.01 [Exhibition Focus] Focusing on the Core Direction of Chassis Industry UpgradingThis year's ATC2025 focuses on the core themes of "lightweight, electrification, and intelligence", covering the entire intelligent chassis industry chain, including active suspension, electronic braking, electronic steering, and skateboard chassis system assembly and testing technologies. The exhibition not only provides a platform for displaying cutting - edge technologies but also connects industry wisdom through several high - end forums. Experts, scholars, and corporate executives are invited to conduct in - depth discussions on topics such as the iteration path of chassis technology and production line upgrade strategies. The atmosphere of technical exchanges on site is strong, from the application of new materials to intelligent control solutions, from the concept of green manufacturing to the practice of digital transformation. The collision of various innovative achievements and ideas shows the vigorous vitality of the automotive chassis industry.02 [Booth Highlights] Concentrated Presentation of Technical Achievements in Three Core AreasZhongke Motong participated in the exhibition with the theme of "Intelligent Chassis and Cross - border Innovation", and built a multi - dimensional technical display space at Booth No. 3353 in the South Hall, focusing on three areas to present breakthrough achievements.· Electronic Chassis Sector: Focus on displaying the integrated assembly solutions of electronic braking, active suspension, and electronic steering. Through high - precision servo control and modular design, flexible production and performance synergy optimization of the chassis system are realized.· Electric Drive Field: Launching rotor precision machining equipment, motor assembly intelligent production line, controller function test platform, and flat wire stator automated production line, forming a full - process technology coverage from core components to overall assembly.· Humanoid Robot Exhibition Area: Core presentation of specialized automatic assembly lines for components, which can realize the precision assembly and performance testing of core components of humanoid robots, such as RV reducers, harmonic reducers, joint modules, hollow cup motors, and screws. The assembly line, through modular architecture design, meets the mass production needs of multiple types of components. It realizes assembly precision through in - depth process integration and full - process automation, providing stable and reliable intelligent manufacturing guarantee for the mass production of core components.03 [Keynote Speech] Analyzing the Key Breakthroughs in the Industrialization of EMB TechnologyDuring the exhibition, Yan Jiaxiang, Executive Dean of Zhongke Motong Research Institute, was invited to appear at the "Whole Vehicle Braking Venue" and delivered a keynote speech titled "EMB Assembly Core Processes and Testing". He pointed out that EMB technology, as a revolutionary solution to replace traditional hydraulic braking, has become an important direction for the upgrade of new energy vehicle chassis. However, its industrialization process faces two core challenges: the stability of assembly processes and the completeness of the testing system. Targeting these pain points, he elaborated on the technical breakthrough paths based on the R & D practices of Zhongke Motong, providing full - cycle technical support for EMB products from R & D verification to mass production quality inspection. The speech content, which is in line with industry needs, has caused a strong resonance. In the interactive Q & A session, Yan Jiaxiang answered hot issues such as the industrial application of EMB technology and its coordination with the vehicle electronic architecture one by one. His pragmatic thinking and unique insights have been unanimously recognized by the audience, further consolidating Zhongke Motong's industry influence in the EMB field.04 [Future Outlook] Empowering Global Industry Upgrading with InnovationThis participation in ATC2025, Zhongke Motong fully demonstrated its technical strength and service capabilities in the field of automotive chassis intelligent equipment through booth display and keynote speech. During the exhibition, Booth No. 3353 in the South Hall received a large number of professional audiences from upstream and downstream of the industry, and reached preliminary intentions for technical cooperation and solution docking with several enterprises and scientific research institutions. Some of the cooperation has entered the stage of in - depth negotiation. These achievements are not only an affirmation of Zhongke Motong's innovation capabilities, but also lay a solid foundation for the subsequent deepening of industry collaboration and promoting the industrialization of technology.In the future, the company will take ATC2025 as a new starting point, continue to focus on the research and development of cutting - edge technologies and industrialization, deepen cooperation with industry ecosystem partners, and launch more intelligent solutions that meet market demand, contributing "Chinese intelligent manufacturing" power to the intelligent upgrading of global automotive chassis and related fields.

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2025-10-20

Strategic Dialogue with Academicians of the German Academy of Engineering on the Future of AI+Intelligent Manufacturing

On October 17, Zhongke Motong (Changzhou) Intelligent Manufacturing Co., Ltd. (hereinafter referred to as "Zhongke Motong") joined forces with the research team of German Academy of Science and Engineering academician Prof. Jürgen Fleischer—hailed as a "living legend in mechanical engineering"—and the team of Tongji University intelligent-manufacturing expert Prof. Zhang Weimin. Government leaders of Zhonglou District, Changzhou, attended the signing ceremony, witnessing this milestone moment for regional industrial upgrading. The three parties staged an in-depth dialogue on the future of AI, focusing on the new-energy-vehicle sector. As a core member of VDI, a recognized reviewer for the German Research Foundation, and a heavyweight adviser to the German Federal Ministry of Education and Research's "Production Strategy for the 21st Century," Prof. Fleischer's visit is regarded as a key step toward a new era of Sino-German scientific and technological cooperation.01 Powerful Alliance: Solving Industry-Wide Smart-Manufacturing Pain PointsBy integrating the German technology team and the Tongji expert group, the partnership adopts a dual-engine model of "technology import + local innovation" to tackle intelligent-manufacturing bottlenecks in global new-energy-equipment production. The collaborators will launch all-round, multi-level strategic cooperation in AI-enabled smart manufacturing for new-energy vehicles. A series of high-impact moves—from project investment to joint R&D—are already on the agenda, aiming to "participate in and lead the transformation of global intelligent manufacturing." Prof. Fleischer noted: "The speed and potential of China's smart manufacturing are astonishing; Zhongke Motong's technical foundation and innovative vision will be a core engine driving the next industrial revolution."02 Government–Enterprise Synergy: Creating a Regional BenchmarkAt the signing ceremony, government leaders of Zhonglou District praised the collaboration. This international technology partnership is a crucial step in implementing the district's "intelligent manufacturing" strategy. The government will continue to optimize the business environment, provide policy support and resource matchmaking, and foster an industrial cluster centered on AI technology and new-energy-equipment manufacturing. The chairman of Zhongke Motong stated that the company will use this cooperation as a springboard to accelerate the commercialization of technological achievements and offer a replicable model for the AI-driven upgrading of manufacturing in the Yangtze River Delta.03 Technology Empowerment: Opening a New Chapter in Intelligent ProductionThe tripartite cooperation will focus on upgrading intelligent production lines for new-energy products. Resources from Prof. Fleischer's team and Prof. Zhang Weimin's group will inject world-leading technical concepts and strategic insight. In the near future the partners will explore disruptive AI applications in new-energy-vehicle manufacturing, evolving from automation to "self-evolving" smart factories. Meanwhile, overseas investment and joint projects will help Chinese smart-manufacturing standards go global, forging an intercontinental technology ecosystem.The alliance of Prof. Fleischer, Prof. Zhang Weimin, and Zhongke Motong is not only a milestone in Sino-German scientific cooperation but also a declaration to the world: the AI + smart-manufacturing arena will be dominated by those who dare to push boundaries. As implementation details unfold, a storm sweeping across automotive—and even the entire industrial sector—is poised to strike.

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2025-09-29

Zhongke Motong: Signs Strategic Partnership with Panda Electronic Equipment

Recently, Zhongke Motong (Changzhou) Intelligent Manufacturing Co., Ltd. and Nanjing Panda Electronic Equipment Co., Ltd. (hereinafter referred to as "Panda Electronic Equipment") formally reached a strategic cooperation, marking the opening of a new chapter of in-depth collaborative development in the field of intelligent equipment. Based on the national "dual-carbon" strategy and the requirements for high-quality development of the manufacturing industry, this cooperation integrates the core advantages of both parties, aiming to promote the iterative upgrading of the intelligent manufacturing level of the new energy industry and inject new momentum into the development of the industry.Panda Electronic Equipment a National High-tech Benchmark in Smart Manufacturing for Thirty YearsPanda Electronic Equipment is a subsidiary of Nanjing Panda Electronics Company Limited, focusing on the field of intelligent manufacturing. It builds intelligent production lines through robot technology and automatic control systems, forming an independent and controllable intelligent manufacturing system. It is a leading domestic "integrated" intelligent transformation and digital transformation service provider and a national high-tech enterprise, ranking among the first batch of "Jiangsu Province Intelligent Manufacturing Leading Service Providers". Its full-dimensional service ecology of "high-end equipment + industrial software + system integration + smart factory" is unique, and the iManuf digital platform integrates MES, WMS and other modules with digital twin technology to realize full-level visual management of factories.Complementary Advantages Building a New Eco-system for Industrial Collaborative DevelopmentAs an AI-driven leader in industrial automation, Zhongke Motong focuses on the core components of new energy vehicles, providing integrated digital intelligent solutions for thermal management, electric drive, and wire-controlled chassis. Its self-developed CASMT AI flexible automation large model can intelligently generate and dynamically optimize production plans from demand text, possessing core competitiveness in technology research and development. Panda Electronic Equipment, on the other hand, has rich industrial landing experience, a complete supply chain system, and profound manufacturing heritage, enjoying a wide reputation in the field of high-end equipment research and development and production.The cooperation between the two parties will achieve a deep integration of "technological innovation + industrial landing". The cutting-edge technology of Zhongke Motong can provide support for the intelligent equipment upgrade of Panda Electronic Equipment, helping its production system move towards high efficiency, high precision, and green environmental protection. In turn, the industrial resources and market channels of Panda Electronic Equipment will also build a broad platform for the transformation of Zhongke Motong's technological achievements, accelerating the large-scale application of innovative technologies. This complementary advantage model will effectively open up the key link from technology research and development to industrial application, building a brand-new eco-system for collaborative development.According to the strategic cooperation agreement, both parties will focus on the core needs of intelligent equipment and carry out all-round cooperation in multiple dimensions such as technology research and development, market expansion, and industrial eco-system building. In the future, they will focus on optimizing intelligent production processes, innovating green manufacturing technologies, and integrating industrial chain resources to jointly explore new paths and models for intelligent equipment.Taking this cooperation as a starting point, both parties will adhere to the concept of "mutual benefit and win-win, collaborative development", continuously deepen the connotation of cooperation, expand cooperation fields, accelerate the transformation of technological achievements and the landing of benchmark projects. Through the complementary advantages of "system integration capability + precision manufacturing process", they will help enterprises reduce costs and increase efficiency, and promote the industry to transform towards high-end and intelligent direction. In the future, they will also work together to expand the international market, participate in global competition with joint solutions, and provide key support for Chinese smart manufacturing to occupy a commanding height in the global new energy industry.```

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2025-09-29

Industrial Expo: CSMT Collaborates with Siemens for "Right the First Time"!

On September 23, the China International Industry Fair (CIIF) kicked off at the National Exhibition and Convention Center (Shanghai). At the Siemens Booth B105 in Hall 6.1, Zhongke Motong and Siemens jointly launched the world’s first next-generation Electro-Mechanical Braking (EMB) assembly system, leveraging industrial AI to drive innovation in smart manufacturing and attracting widespread industry attention.Deep Technology Integration: Setting a New Benchmark in Smart ManufacturingThe newly launched EMB assembly system represents a full-chain integration of industrial AI and smart manufacturing. In the design phase, the system uses AI algorithms to automatically generate optimal process routes based on customer-specific needs, accurately selecting equipment and planning production line layouts. This drastically shortens the solution design cycle, helping companies gain a competitive edge. During testing and operation, the system leverages Siemens’ generative industrial AI assistant, along with fully integrated automation solutions and virtual simulation tools, to intelligently validate production line logic, identify and correct potential errors, achieving “first-time-right” debugging. This significantly reduces trial-and-error costs and ensures stable operation.In terms of cost control and flexible production, the system is tailored for the new energy vehicle industry, offering high adaptability. It supports rapid switching between multiple product types and can handle multiple models on a single line, simplifying customer management and enabling dynamic cost optimization. This “first-time-right” capability across the entire lifecycle—from design and selection to debugging, manufacturing, and service—not only improves the efficiency of individual production lines but also sets a new industry benchmark for both technology and performance.Live Forum Dialogue: Decoding the Path of Digital-Physical IntegrationOn September 24, Zhao Dan, Chairman of Zhongke Motong, was invited to speak at the 2025 Siemens Industrial Forum livestream at CIIF. His keynote, titled “AI Empowering Smart Manufacturing: Accelerating Global Expansion and Exploring Digital-Physical Integration and New Intelligent Growth,” offered deep insights. Drawing on the collaboration between Zhongke Motong and Siemens, Zhao explained how industrial AI is injecting intelligence into smart manufacturing—from intelligent production line design to precise process control and global market expansion. He also discussed how digital and physical integration is creating new growth opportunities for smart manufacturing enterprises.Zhao also shared Zhongke Motong’s strategic thinking on accelerating global expansion through technological innovation and international cooperation. The livestream sparked enthusiastic interaction both online and offline, providing a platform for knowledge exchange and offering valuable insights for the industry’s exploration of digital-physical integration.Deepening Cooperation: Shaping a New Global Era of Smart ManufacturingThe collaboration between Zhongke Motong and Siemens, highlighted by the global debut of the next-gen EMB assembly system, demonstrates the power of industrial AI in smart manufacturing. Through in-depth dialogue at the forum, the two companies also provided new perspectives on digital-physical integration and global development. From tech innovation to ecosystem building, their partnership is deepening steadily.Looking ahead, the two companies will continue to strengthen collaboration in industrial AI and the full smart manufacturing chain. Driven by continuous technological upgrades, they aim to enhance the intelligence and flexibility of production lines, helping manufacturers optimize efficiency, quality, and cost. Leveraging their combined technological and resource advantages, they will also support Chinese smart manufacturing in going global, showcasing innovation on the world stage and opening up broader prospects for high-quality industry development and global industrial upgrading.

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2025-09-17

CASMT: Reaches Strategic Cooperation with Hengchuang Zhixing on Passenger Vehicle EMB Production Line Project

Recently, CASMT (Changzhou) Intelligent Manufacturing Co., Ltd. and Hengchuang Zhixing officially reached a strategic cooperation. The two parties will carry out in-depth collaboration around the passenger vehicle EMB production line project, jointly promoting technological breakthroughs and global deployment of China’s new energy vehicle industry chain in the field of high-end equipment manufacturing. This cooperation marks a key leap for Chinese enterprises in the smart braking system field, from "technology catching up" to "ecosystem co-construction."The "Hidden Champion" in Automotive Braking Hengchuang Zhixing is a high-tech enterprise specializing in the research and manufacturing of vehicle electronic control braking systems, making significant progress in both commercial and passenger vehicle braking systems, and holding a leading position in the industry in Electro-Mechanical Brake (EMB) technology. Leveraging the strong foundation of Wan’an Group in automotive chassis control systems, Hengchuang Zhixing focuses on the industrialization and promotion of EMB technology, forming complementary technology and market synergy. It is also a leading company in the industrialized application of EMB. Its EMB products feature high integration, intelligence, rapid response, precision braking, and superior safety compared to traditional pneumatic braking systems. The "Safety Cornerstone" of New Energy Vehicles and Autonomous Driving The EMB (Electro-Mechanical Brake) system replaces traditional hydraulic braking with direct motor drive, achieving a braking response time of under 90 milliseconds, while also offering advantages such as lightweight design, low maintenance cost, and high intelligent compatibility. As a core actuator for L3 and above autonomous driving, EMB technology is globally regarded as the standard solution for next-generation braking systems. According to industry analysis, global EMB system sales reached $0.01 billion in 2023 and are expected to reach $19.45 billion by 2030, with the Chinese market potentially accounting for over 10.3%. However, its industrialization faces two major challenges: high-precision assembly requirements and stability verification for large-scale production. Solving the "Bottleneck" and Reshaping the Global Industry LandscapeCASMT has already implemented a commercial EMB final assembly and testing line. Using third-generation EOL performance testing technology, it can complete critical processes such as rollover function verification and semi-physical simulation, greatly improving assembly efficiency. In this cooperation, CASMT will be responsible for the development of flexible production line modules, integration of AGV logistics systems, and MES digital management, achieving mass production, shortening EMB product development cycles, reducing line brake costs, and accelerating the commercialization of advanced autonomous driving. Image Source: Internet With the global energy transition and development of autonomous driving technology, EMB systems will become the "high ground" of the new energy vehicle industry chain. The strategic cooperation between CASMT and Hengchuang Zhixing has conducted forward-looking exploration and practice in domestic EMB production line equipment technology. Through a "technology licensing + joint development" model, it promotes China's transformation from an "importer of braking systems" to a "technology standard exporter." In the future, both parties plan to extend cooperation to intelligent chassis, vehicle networking, and other fields, providing China’s solutions for global manufacturing industry intelligent upgrading.

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2025-09-17

Good News | CASMT Listed in Jiangsu Province’s “New Quality Productivity Technology Museum”

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2025-09-17

Dr. Yintang Dai, Chief AI Scientist of CASMT: Two Decades in Intelligent Systems, Driving Industrial Innovation with Large Model Technology

In today’s era where AI technology is accelerating its penetration across industries, the question of how frontier technologies can truly serve the real economy has become a focal point of attention. Dr. Yintang Dai, Chief Scientist of the CASMT AI team, leveraging two decades of academic expertise and industrial practice in the field of artificial intelligence, has led his team to successfully develop the "CASMT AI Flexible Automation Design Large Model," providing breakthrough solutions for intelligent manufacturing and industrial design. This scientist, who integrates top-tier academic background with practical industry experience, is advancing an “integration of research, education, and application” innovation model, driving AI technologies from the laboratory to large-scale application.Technological Breakthrough: Industrial Practice of the Flexible Automation Design Large Model As one of the core achievements of the CASMT AI team, the "CASMT AI Flexible Automation Design Large Model" overcomes the limitations of traditional industrial design software characterized by “single functions and fixed processes.” By integrating natural language processing, deep learning, and knowledge graph technologies, the model realizes intelligent generation from requirement texts to design solutions, supporting multi-scenario and cross-domain automation design needs.“Traditional industrial design requires engineers to manually write parameters and debug models, whereas our system can understand natural language descriptions of design requirements and automatically generate 3D models and process solutions that meet engineering standards,” explained Dr. Dai. This innovation stems from his deep insight into industry pain points: during intelligent manufacturing upgrades, enterprises often face challenges such as long design cycles, high customization costs, and shortages of specialized talent.The technical team has built a large-scale industry knowledge base and, by combining self-supervised learning with reinforcement learning algorithms, has enabled the model to possess a closed-loop ability of “learning–reasoning–optimization.”Integration of Research and Application: From the Laboratory to IndustryDr. Dai’s career has always been driven by a persistent pursuit of “technology implementation.” After joining CASMT, he promoted the establishment of an innovation cycle of “demand insight – technology R&D – scenario verification – iterative optimization.” During the development of the CASMT AI large model, the team co-established joint laboratories with leading enterprises in the electronic information and other sectors. Leveraging CASMT’s strong design resource base, they collected millions of high-quality training data points from over 100 production lines and tens of thousands of design requirement data sets, ensuring that the model output aligns with engineering realities.Ecosystem Building: Cultivating Innovative Talents in the AI Era Dr. Dai has always emphasized knowledge transfer and team development. At CASMT, he introduced a “mentorship system,” requiring technical experts to undertake both R&D and training responsibilities, thereby cultivating interdisciplinary talents proficient in both algorithms and processes.“The development of artificial intelligence requires a two-way collaboration between academia and industry,” Dr. Dai noted. The team is collaborating with multiple universities to establish “intelligent design joint laboratories,” opening part of the desensitized industry data for teaching and research while offering outstanding students opportunities to participate in real-world projects. This open collaboration model has already attracted more than 20 members, including 5 PhDs and 6 Masters graduates, to join the team. Future Outlook: Making AI a Universal Tool for Industrial UpgradingIn the face of global competition driven by large model technologies, our goal is not to replace human labor with AI, but rather to free human resources from tedious and repetitive design tasks, enabling them to truly focus on higher-level research and development in manufacturing technologies. The team’s next step is to optimize the lightweight deployment capability of the model to reduce the application threshold for small and medium-sized enterprises, while also exploring integration paths with technologies such as digital twins and the industrial metaverse. Currently, the team has also launched the research and development of the CAX AI unified platform, which integrates design, simulation, and manufacturing. The ultimate value of artificial intelligence does not lie in the size of its parameters, but in whether it can truly solve real problems in human society. Leveraging its multimodal, domain-specific industrial large model technology, the CASMT AI Flexible Automation Design Large Model deeply empowers intelligent manufacturing, driving efficiency improvements and model innovation across the industry. At the same time, through data-driven decision-making and flexible automation design, it reshapes the industrial ecosystem and becomes a core engine for upgrading intelligent manufacturing.

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2025-09-17

Led by top talent Dr. Kevin! A new breakthrough in the R&D of the intelligent assembly and testing line for humanoid robot RV reducers.

As a high-level talent introduced by CASMT, Dr. Kevin graduated from Tsinghua University and has more than ten years of R&D and industrialization experience in the field of intelligent manufacturing. He has published multiple academic papers in renowned journals and delivered professional presentations at international conferences. He has led several national and international key projects, achieving breakthrough results in smart production line design, industrial/collaborative flexible robotics solutions, and automation process development. His technological achievements have been widely applied in high-end manufacturing scenarios in the automotive, general industry, electronics (3C), and medical sectors, providing essential technical support for both standardized and customized automation solutions.  Deep Focus on Intelligent Manufacturing: Leading Talent Driving Technological Breakthroughs Recently, the first batch of selected projects under the 2025 Changzhou “Longcheng Talent Program” for the introduction and cultivation of leading innovative talents was officially announced. The project submitted by CASMT (Changzhou) Intelligent Manufacturing Co., Ltd. — “Design and Development of an Intelligent Assembly and Testing Line for RV Reducers in Humanoid Robot Applications” — was successfully selected. The project is spearheaded by Dr. Kevin, Global Business Development and Strategy Director of CASMT, focusing on the core transmission technology bottlenecks of humanoid robots, aiming to drive innovation in high-end equipment manufacturing through breakthroughs in intelligent technology. As a leader with both academic depth and industrialization experience, Dr. Kevin’s expertise in intelligent equipment system integration and interdisciplinary technological integration provides full-chain technical leadership from theory to practice for the project. Addressing Industry Challenges: Intelligent Manufacturing Empowering Industrial Upgrading The RV reducer is a core component enabling high-precision motion control in humanoid robots, with its assembly and testing accuracy directly impacting overall performance. However, traditional manufacturing models face three major challenges: first, error detection is highly difficult, with micron-level deviations hard to capture in real time; second, repeatability and precision stability are insufficient, with cumulative deviations arising during long-term operation; and third, traditional testing methods are inefficient, making it hard to meet the demands of large-scale mass production. To address these challenges, the CASMT project team has proposed an integrated “intelligent assembly + closed-loop testing” solution. Based on his experience leading national smart production line projects, Dr. Kevin has innovatively integrated AI vision inspection, multi-sensor fusion, and digital twin technology. His previous achievements in high-precision automation process development in the automotive and 3C industries provide proven methodologies for overcoming the technological bottlenecks of RV reducers.   Industry-Academia-Research Collaborative Innovation: Building a New Intelligent Manufacturing Ecosystem As a national-level “Little Giant” enterprise specializing in advanced and innovative technologies, CASMT has consistently deepened industry-academia-research collaboration with universities and research institutes. During the course of this project, the team will collaborate with leading academic institutions to jointly tackle challenges in precision machining, intelligent algorithms, and equipment reliability. At the same time, CASMT will leverage its extensive experience in smart production line delivery to accelerate the commercialization of research outcomes, creating a complete technical closed-loop from laboratory to production line.   Rooted in Changzhou: Supporting the Development of Strategic Emerging Industry Clusters As an advanced manufacturing hub in the Yangtze River Delta, Changzhou is accelerating its efforts to build a “robotics industry stronghold.” Being selected for the “Longcheng Talent Program” not only recognizes CASMT’s technological strength but also reflects Changzhou’s support for innovation in the intelligent manufacturing sector. Project leader Dr. Kevin stated: “We will take this recognition as an opportunity to closely collaborate with the company’s R&D team, industry experts, and academic power, fully leveraging the multiplier effect of ‘talent + technology.’ I look forward to breaking through the mass production bottleneck of RV reducers within two years through deep industry-academia-research cooperation. This will not only build CASMT’s core competitiveness but also drive the exponential growth of Changzhou’s robotics industry cluster, injecting strong innovation momentum into Jiangsu’s high-end equipment manufacturing sector and writing a new chapter for ‘Made in China, Created by China.’” Looking ahead, CASMT will continue to be guided by leading talent, driven by technological innovation, deeply cultivating intelligent manufacturing segments,Promote more key technologies to achieve domestic substitution, and providing “China Solutions” for the transformation and upgrading of global manufacturing.

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2025-09-17

ZKTMT Makes a Dual-Track Debut at International Exhibitions, Empowering New Energy Development through Smart Manufacturing

At the critical stage of the global new energy industry accelerating towards intelligent and collaborative upgrades, with Sino-European technology docking and local ecological construction working in both directions, CASMT has recently appeared successively at the 2025 Munich Sino-European New Energy Vehicle Technology Conference and the 2025 International New Energy Expo. As a representative enterprise in the field of intelligent manufacturing, the company deeply participated in the exhibitions with its electric drive system intelligent manufacturing solutions, full-chain equipment technology, and other core achievements. This not only promotes international industrial collaborative innovation but also cultivates the local industrial cluster, fully demonstrating the technological strength and service value of China’s intelligent manufacturing in the new energy field.  Munich Sino-European Conference: Connecting Sino-European Industries and Exploring New Paths for Electric Drive Intelligent ManufacturingFrom September 11 to 12, 2025, the 2nd Europe-China New Energy Vehicle Technology Conference was held in Munich, Germany. As a high-end Sino-European exchange platform created by the ATC automotive technology platform, the conference focused on the three dimensions of “policy coordination, technological innovation, and market win-win,” and concentrated on breakthroughs in frontier technologies of new energy powertrains, providing ideas for the sustainable development of the global industry. CASMT set up a dedicated booth at the exhibition, showcasing flexible assembly solutions for electric drive system intelligent manufacturing, digital quality control systems, and intelligent testing technologies. Through technical panels and simulation demonstrations, CASMT vividly displayed its full-process service capabilities from production line design to implementation, attracting European automakers and parts suppliers to stop by and consult, and engaging in in-depth exchanges on common issues such as improving manufacturing efficiency and process optimization.  On September 12, Sun Faqiong, General Manager of CASMT’s Overseas Business Division, led a team to organize and deliver a keynote speech titled “Introduction of Electric Drive System Assembly Line” at the “Automotive Powertrain” session. The speech, based on the differentiated needs of the Sino-European markets for new energy powertrains, shared industry trends in electric drive system manufacturing, core logic of assembly line design, and practical experience in technology implementation, while also proposing adaptive production line solutions. After the speech, company representatives interacted with on-site experts and enterprises on topics such as flexible assembly line transformation and cross-regional technical standard alignment, further clarifying key demands of the European market and laying the foundation for subsequent international R&D and market expansion.Changzhou International Energy Expo: Rooted in Local Ecosystem, Releasing New Momentum of Full-Chain Intelligent ManufacturingOn September 13, the 2025 International New Energy Expo opened at the Zhongwu Hotel in Changzhou. Leveraging Changzhou’s industrial advantages as the “Capital of New Energy,” the exhibition innovatively adopted the “Energy Expo + Super Suzhou” dual IP integration model. Through special activities such as the New Energy Product Carnival, it brought new energy technologies from the industrial side to everyday life scenarios, attracting upstream and downstream enterprises of the industrial chain for cooperation negotiations, while also allowing the public to immerse themselves in the lifestyle changes brought by technology. As a nationally recognized “specialized and innovative” enterprise cultivated in Changzhou, CASMT exhibited under the theme “Intelligent Manufacturing Empowers the Entire New Energy Industry Chain.” Chairman Zhao Dan, General Manager of the Automotive Industry Division Yan Jiaxiang, and Chief Scientist of the AI Research Institute Dai Yintang attended in person to provide in-depth interpretations of the application logic and industrial value of the technical solutions, attracting numerous representatives from industrial chain enterprises and industry institutions to exchange and discuss.At the exhibition, CASMT systematically presented full-chain intelligent manufacturing solutions for the new energy industry, covering key manufacturing processes in core areas such as thermal management systems, energy storage batteries, and electric drive components. Through technical panel demonstrations, CASMT vividly showcased the collaborative application capabilities of flexible assembly processes, digital quality control systems, intelligent testing equipment, and smart warehousing logistics, highlighting the company’s deep expertise in basic technologies such as motion control, visual inspection, and data traceability. During the event, the company engaged in in-depth exchanges with local new energy industry chain enterprises in Changzhou on topics such as technical collaboration and resource sharing, exploring possibilities for cooperation in intelligent production line upgrades and digital factory construction, further strengthening ties with the local industrial ecosystem.Dual Participation Shows Effectiveness, Building a New Foundation for Industry DevelopmentFrom international technology docking at the Munich Conference to deep cultivation of the local ecosystem at the Changzhou Energy Expo, CASMT achieved “internal-external linkage” through the two exhibitions. Internationally, the company precisely captured market demands in the European new energy equipment sector, opening new opportunities for technology exports and international cooperation. Locally, it leveraged Changzhou’s new energy industrial cluster advantages to strengthen collaboration with industrial chain partners, accumulating resources for subsequent technology implementation and market expansion. These two exhibitions not only Centralized Display  the company’s technological strength but also became important links for connecting global resources and serving the local industry, further solidifying its industry position in the field of new energy intelligent manufacturing.Anchoring Innovation, Empowering the Global New Energy FutureIn the future, CASMT will continue to uphold the development concept of “technology-led, innovation-driven.” Based on the Exchange Achievements of the two exhibitions, the company will increase R&D Investment in fields such as electric drive system intelligent manufacturing and full-chain Intelligent Equipment, continuously optimize core technologies such as flexible assembly and digital quality control, and enhance the adaptability and competitiveness of its solutions. On one hand, CASMT will deepen technological docking with the European market, promoting the Integration of “Made in China” with international standards. On the other hand, it will root itself in Changzhou’s local Industrial Ecosystem, helping the region build a globally leading new energy industry system. Ultimately, CASMT aims to contribute to the global new energy industry’s transition towards a more intelligent, efficient, and Green Development stage, making intelligent manufacturing the core engine driving high-quality development of the new energy sector.

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