工業(yè)4.0時代，永通重機致力于打造成為珠江海岸高新裝備制造企業(yè)，走進中國制造2025。
我司在起重機技術的發(fā)展進程中開發(fā)和應用了大量的高新科技項目。
Our company has introduced the OA office automation system since 2010, optimized the management organization structure, adjusted the management system, realized automation, digital office, high work efficiency, strong collaborative office ability, efficient and consistent decision-making.
Our company has introduced the product lifecycle management system PLM (product lifecycle management)-PDM product data management system since 2012, established a centralized management product development data warehouse, and standardized the complete set of electronic, software drawings and technical documents; sharing The data platform, parallel development method, electronic sign-off and change control process; established the overall planning of the process system, standardized process management and sorting out the business process; established the project management platform and collaborative work space for product research and development, and other application systems effective integration of information. At present, the data management and project management level of our products are leading in the industry; our product research and development efficiency is higher, and the product development cycle is shorter; the level of collaboration between research and development and the marketing, sales, production, and after-sales service departments is higher, and the response is faster .
In 2015, our company introduced the ERP enterprise resource planning system, and a large amount of basic data of the enterprise is shared. Through the computer, the basic data maintained by various departments can be queried and statistically analyzed, which reflects the prediction and planning in advance, the control during the event, and the statistics after the event. The management idea of and analysis can effectively improve the utilization efficiency of human resources, time resources, equipment utilization, etc., so that we can make decisions faster and more accurately in the industry, with good product quality, high cost performance, accurate delivery time, and stronger adaptability. .
公司設立了技術研發(fā)中心，以及順德區(qū)起重機械研究中心，擁有近20名工程技術人員和8名博士后、博士、碩士等科究人員，全部采用世界主流
AutoCAD、SolidWarks等先進軟件進行設計，對主要受力構件和零部件都采用有限元分析軟件Simulaticn進行有限元分析和優(yōu)化設計，大大縮短
產(chǎn)品研發(fā)周期．提高設計效率。
公司技術力量雄厚，具有廣東省起重裝卸機械研發(fā)中心資格．研發(fā)中心擁有多名高工和專業(yè)機械、電氣．軟件工程師和德國起重機專家，
以及多個合作單位，包括武漢理工大學物流工程學院、長江船舶設計院、北京起重機研究院等專業(yè)單位。
It meets the precise positioning requirements of automated cranes and lays a technical foundation for the development of automated cranes.
It solves the swaying problem of the wire rope spreader, and provides reliable technical support for realizing the high efficiency and safety of the crane.
The weighing accuracy is up to 1/1000, which meets the user's high-precision weighing requirements.
The wind resistance level of outdoor cranes reaches level 17.
The energy storage solution is mature and reliable, and the lifespan of the energy storage device is >1 million times. The regenerative energy inside the system is recycled, and the energy saving efficiency is high. The power saving rate of the whole machine is > 20%, and the power saving rate of the system under special working conditions can be > 40%. The external energy optimization system does not affect the normal use of the original electronic control system. Even if the energy-saving system fails, the electronic control system can still operate normally after the automatic decommissioning, which does not affect the production operation of the main engine of the equipment.
The cloud online crane monitoring system developed by Yongtong Heavy Industry is an option for crane configuration. It collects crane-related data and stores it in the cloud, and uses the powerful functions of cloud computing to mine big data, so as to provide users with better services and establish experts. The library provides users with detailed services more accurately. The system has functions such as safety monitoring, communication, network, storage, online monitoring, remote diagnosis, status playback, fault recording, fault tracking, report analysis, etc., and can provide corresponding solutions and implementations according to the actual needs of customers.
The remote fault diagnosis system is mainly used to comprehensively monitor and manage the safety status of hoisting machinery, and provide real-time monitoring of cranes, fault analysis and processing, data acquisition, operation and maintenance, production statistics and overall equipment usage analysis. Output in the form of reports can effectively provide comprehensive and timely data assistance for management decision-makers, and at the same time help maintenance personnel monitor and maintain cranes.
North America: United States, Mexico
South America: Brazil
Europe: Belgium, Bulgaria, Poland, Russia, Turkey, Reunion (French)
Africa: Egypt, Uganda, South Africa, Rwanda, Mozambique, Tanzania, Somalia, Ethiopia, Djibouti, Algeria, West Africa, Nigeria, Senegal, Ghana, C?te d'Ivoire
Asia: Vietnam, Malaysia, Thailand, Philippines, Myanmar, Mongolia, Nepal, Bangladesh, Sri Lanka, India, Kazakhstan, Lebanon, Qatar, Saudi Arabia, Brunei, Indonesia, Pakistan, Dubai, South Korea, Israel, Kuwait
Australia: Australia
Pacific Islands: Maldives
Special Administrative Region: Hong Kong, Macau
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