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2025-06
With continuous innovation in product research and development design, basic component mold development and manufacturing, and professional automation production, we have recently obtained multiple technical patents. These patents cover multiple fields, including product design optimization algorithms, new mold manufacturing processes, and improvements to automated production equipment. Among them, a patented technology for optimizing product structure has reduced the weight of the product by 10% under the same performance, significantly enhancing its market competitiveness; A patented process for mold manufacturing has improved the precision and surface quality of mold manufacturing, providing a guarantee for the production of high-end products. The company has established a benchmark for technological innovation in the industry by continuously accumulating patented technologies, leading the trend of industry technological development and laying a solid technological foundation for the company's sustainable development.
2025-06-16
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2025-06
Introducing collaborative robots on professional automated production lines has achieved more efficient human-machine collaboration. Collaborative robots can safely collaborate with workers in the same workspace, undertaking repetitive and high-intensity tasks such as material handling and component assembly. Workers focus on work processes that require complex judgments and skills. On the electronic product assembly production line, collaborative robots work closely with workers, increasing product assembly efficiency by 35% while reducing labor intensity and minimizing human errors. This improves the stability of product assembly quality, further optimizes the company's automated production process, and enhances overall production efficiency.
2025-06-16
16
2025-06
The development and manufacturing of basic component molds are comprehensively promoting digital transformation, introducing virtual design and simulation verification technology. In the mold design stage, designers use advanced 3D design software for virtual design. By constructing an accurate digital model of the mold, they can simulate and analyze the structure, motion performance, molding process, etc. of the mold in the computer. In a plastic mold design, the unreasonable position of the mold gate and low efficiency of the cooling system were discovered and solved in advance through simulation verification, avoiding multiple modifications during the actual trial molding process. The success rate of the mold's one-time trial molding increased from 60% to over 90%, greatly shortening the mold development cycle, reducing development costs, and improving the digital level and quality of mold development and manufacturing.
2025-06-16
16
2025-06
The R&D design team collaborates with universities to conduct forward-looking technological research
Jointly conduct forward-looking technological research. Both parties will engage in in-depth cooperation in fields such as artificial intelligence, new material applications, and advanced manufacturing processes, fully leveraging the research advantages of universities and the practical experience advantages of companies. For example, in the research and development project of new materials, the university research team is responsible for theoretical research and material synthesis experiments, while the company conducts engineering application verification of the research and development results. Through this industry university research cooperation model, it is expected to bring more innovative breakthroughs to the company's product research and development design, promote the development of the company's products towards high-end and intelligent directions, and enhance the company's technological leading position in the industry.
2025-06-16
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2025-06
Actively promote the coordinated development of automated production and industrial Internet, and build a complete production process monitoring system. By installing various sensors on the automatic production equipment, the system can collect the equipment operation data, production process parameters, product quality data and other information in real time, and transmit these data to the production management platform of the enterprise through the industrial Internet. Management personnel can view the real-time situation of the production site anytime and anywhere through computers or mobile terminals, and comprehensively monitor and remotely manage the production process. Once equipment malfunctions or production abnormalities are detected, the system will issue timely warnings, and technical personnel can quickly respond and conduct remote diagnosis and repair, effectively reducing production interruption time, improving production continuity and stability, and taking the company's automation production level to a new level.
2025-06-16
16
2025-06
Mold development and manufacturing process optimization, new materials improve mold life
We have achieved optimization results in the development and manufacturing process of molds, and the use of new mold materials has significantly improved the lifespan of molds. After multiple experiments, the company's R&D personnel have selected a new alloy material with high hardness, high wear resistance, and good thermal stability for mold manufacturing. In actual production, the service life of molds made with this new material is more than twice that of traditional mold materials. Taking automotive parts molds as an example, the mold originally needed to be replaced for every 50000 products produced, but now it can produce more than 150000 pieces, greatly reducing the frequency of mold replacement and production costs, improving production efficiency, and enhancing the company's competitiveness in the field of mold development and manufacturing.
2025-06-16
16
2025-06
To better meet the diverse needs of the market, customized product design services are launched in the research and development design phase. The company has established a dedicated market research team to gain a deep understanding of the needs and pain points of different customer groups, and closely integrate market information with research and development design. R&D personnel provide customized designs based on customers' personalized needs, including product functionality, appearance, material selection, and other aspects. At present, we have successfully customized exclusive products for multiple customers, such as customized products with special functions, which not only meet the specific usage needs of customers, but also bring additional market competitiveness to customers, and have been highly recognized by customers, further expanding the company's product market.
2025-06-16
16
2025-06
Professional automation production upgrade, intelligent visual inspection system put into use
Significant upgrades have been achieved in professional automation production, and the intelligent visual inspection system has been officially put into use. The system is based on advanced image recognition and deep learning algorithms, and can detect quality indicators such as appearance defects and dimensional accuracy of products in real-time on the production line. On a high-speed automated production line, the system can complete comprehensive inspection of a product within 0.1 seconds, with an accuracy rate of over 99.5%. Once a product quality issue is discovered, the system will immediately issue an alarm and automatically remove non-conforming products, effectively avoiding defective products from flowing into the next process, greatly improving product quality consistency and production efficiency, and providing strong technical support for the company's product quality control.
2025-06-16
16
2025-06
Good news has arrived in the field of basic component mold development and manufacturing. The company has successfully applied 3D printing technology to manufacture complex molds, solving the problem of mold structure that is difficult to achieve with traditional processing methods. For molds with special inner cavities and fine features, 3D printing can directly stack materials layer by layer according to the design model, without the need for tedious mold disassembly and assembly processes. Taking a precision electronic component mold as an example, after adopting 3D printing technology, the mold manufacturing cycle has been shortened from the original 15 days to 7 days, and the mold accuracy is higher. The quality of part molding has significantly improved, and the scrap rate has been reduced by about 15%, providing a more efficient and high-quality mold guarantee for the company's basic component production.
2025-06-16
16
2025-06
Research and design innovation, introducing AI to optimize product structure
Significant progress has been made in the product development and design process. The company's R&D team innovatively introduces artificial intelligence (AI) technology to optimize product structure design. By using AI algorithms to analyze massive amounts of data, it is possible to quickly simulate the performance of different structural designs in practical use and accurately find the optimal solution. This measure not only significantly shortens the product development cycle, reducing the time by about 30% compared to the past, but also significantly improves product performance. For example, in the latest design, after AI optimization, the stability of the product has been improved by 25%, adding a strong advantage to the company's products in market competition.
2025-06-16
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