Entering the era of intelligent manufacturing, Xinke's robotic arms are widely used.

Today, the injection molding industry has entered an era of restructuring, thin profit margins, and transformation. Faced with challenges such as "difficulty in recruiting workers," rising labor costs, and high employee turnover, coupled with a market plagued by inflation and economic downturns, and grappling with ever-increasing production costs while customer expectations continue to soar, competition grows fiercer by the day—companies in this sector must break away from conventional thinking. To survive and thrive, they need to tap into their internal potential, embracing automation and shifting toward a "machine-for-human" future.

Industrial robotic arms are high-tech, automated production devices that have emerged over the past few decades. They represent a key branch of industrial robotics and can be programmed to perform a wide range of intended tasks. With their unique design and capabilities, these systems combine the strengths of both humans and machines—particularly showcasing human-like intelligence and adaptability. Moreover, robotic arms excel in precision and versatility, enabling them to tackle tasks across diverse environments. As a result, they hold tremendous potential for growth and application in virtually every sector of the national economy.

In modern manufacturing processes, robotic arms are widely used in automated production lines. The development and production of robots have rapidly emerged as a cutting-edge technology, driving further advancements in robotic systems and enabling them to seamlessly integrate with mechanization and automation.

Currently, Xinke's robotic arms are primarily used in processes such as machining, forging, and heat treatment, helping to reduce labor intensity and improve working conditions. While deploying intelligent robotic systems, the company is also actively developing complementary manufacturing equipment, including versatile and modular robotic solutions. When expanding production capacity or setting up new production lines, enterprises invariably prioritize adopting production lines that offer lower overall costs, higher efficiency, and greater automation—often opting instead to upgrade their existing lines—to gradually replace increasingly expensive manual labor.

Local governments have rolled out various policies—such as talent recruitment and project guidance—to support smart manufacturing-related initiatives. Meanwhile, professionals in areas like software, IoT, and system integration, who were previously uncommon in traditional manufacturing, are now seeing increased demand as companies embrace these cutting-edge technologies. " Industry 4.0" On one hand, there's the persuasive appeal of the promotion, while on the other hand, it was genuinely felt. " Made in China 2025 Policy support enables active engagement in the field of intelligent manufacturing.  

It can be observed that our company currently remains focused primarily on advancing intelligent manufacturing technologies and developing the intelligent manufacturing equipment industry. Intelligent manufacturing involves integrating these cutting-edge technologies throughout every stage of the production process—covering product design, manufacturing, management, and even service delivery. This encompasses not only advanced manufacturing equipment but also comprehensive intelligent manufacturing services. As we enter a new era of quality, with clear goals for high-quality growth and unmistakable trends pointing toward smarter, more efficient production systems, only by further strengthening our commitment to total quality management and honing both technical expertise and managerial excellence can we seize the opportunities presented by this transformative shift—and ultimately drive our enterprise toward sustainable, high-quality development.