After the approval of Premier Li Keqiang, the State Council issued the "13th Five-Year National Strategic Emerging Industry Development Plan" (hereinafter referred to as "Planning") to comprehensively address the development goals, key tasks, and policy measures of China's strategic emerging industries during the 13th Five-Year Plan period. Deployment arrangements. The "Planning" pointed out that strategic emerging industries represent a new round of scientific and technological revolution and the direction of industrial transformation, and are key areas for cultivating new kinetic energy and gaining new competitive advantages in the future. We must place strategic emerging industries in a more prominent position in economic and social development, firmly grasp the new round of global scientific and technological revolution and major opportunities for industrial transformation, and accelerate the supply-side structural reform and deployment requirements, drive innovation, expand the scale, and lead the upgrade. As the core, build a modern industrial system, foster new development momentum, advance reforms, enhance innovation capabilities, deepen international cooperation, accelerate the development and development of a new generation of information technology, high-end equipment, new materials, biological, new energy vehicles, new energy, energy conservation and environmental protection Strategic emerging industries such as digital creativity will promote the development of new technologies, new products, new formats and new models in a wider field, build a manufacturing power, develop a modern service industry, promote the industry to the mid-to-high end, and effectively support the comprehensive construction of a well-off society. The "Plan" proposes that by 2020, the added value of strategic emerging industries will account for 15% of GDP, forming a new generation of information technology, high-end manufacturing, biology, green low-carbon, digital creativity and other five output value scale of 10 trillion The new pillar of the yuan level, and in a wider area to form a large number of new growth points of cross-border integration, on average, the annual increase in employment of more than 1 million people. The industrial structure was further optimized, and the industrial innovation capability and competitiveness were significantly improved, forming a new high ground for global industrial development. The Plan has identified eight development tasks. First, promote the development of the information technology industry and expand the new space for the network economy. The second is to promote the breakthrough development of high-end equipment and new materials industry, leading a new leap in China's manufacturing. The third is to accelerate the pace of innovation and development of the bio-industry and foster new bio-economic drivers. The fourth is to promote the rapid growth of new energy vehicles, new energy and energy conservation and environmental protection industries, and build a new model of sustainable development. The fifth is to promote the vigorous development of the digital creative industry and create new consumption. Sixth, we will advance strategic industries and foster new advantages in the future. The seventh is to promote the development of strategic emerging industries and build a new pattern of coordinated development. Eighth is to promote the open development of strategic emerging industries and expand the new path of international cooperation. The "Planning" proposes six aspects of policy support support measures such as improving management methods, constructing industrial innovation systems, strengthening intellectual property protection and application, deepening the integration of military and civilians, increasing financial and taxation support, and strengthening personnel training and incentives. 21 major projects including development engineering, artificial intelligence innovation project, biotechnology Huimin project, new energy high-scale development project, digital culture creative technology equipment innovation and upgrading project. All regions and relevant departments are required to attach great importance to the development of strategic emerging industries, earnestly implement the implementation of this plan, and strengthen the connection between various special plans, local plans and this plan. The "Plan" mentioned that it is necessary to improve the core infrastructure hardware supply capacity. Improve the level of critical chip design and develop chips for new applications. Accelerate the industrialization of 16/14 nanometer process and the construction of memory production lines, improve the technical level and industrial concentration of the packaging and testing industry, and step up the field of chip related in the era of Moore's Law. Realize breakthroughs and scale applications of active matrix organic light-emitting diode (AMOLED), ultra-high definition (4K/8K) quantum dot liquid crystal display, flexible display and other technologies. Promote research and development and industrialization of key technologies in smart sensors, power electronics, printed electronics, semiconductor lighting, inertial navigation, etc., and enhance the supply of new chip components, optical communication devices, and dedicated electronic materials.
Garbage Can Of Injection Moulding Machine
Key Characteristics
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High Efficiency and Productivity:
- The Garbage Can Injection Moulding Machine is capable of producing large batches of garbage cans in a short time span, ensuring high production rates.
- Its precision-engineered design ensures consistent product quality, reducing waste and rejects.
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Flexibility and Versatility:
- The machine is equipped with the ability to adapt to different mold sizes and designs, allowing it to produce garbage cans of various sizes, shapes, and styles.
- The adjustment of process parameters, such as injection pressure and temperature, further enhances its flexibility in meeting diverse production requirements.
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Automated Production:
- Incorporating advanced control systems and automation features, the Garbage Can Injection Moulding Machine can operate with minimal human intervention.
- This not only reduces labor costs but also ensures a safer and more reliable production process.
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Environmentally Friendly:
- Modern garbage can injection moulding machines are designed with environmental sustainability in mind.
- They often utilize energy-efficient components and processes, as well as recyclable materials, to minimize their impact on the environment.
Key Advantages
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Cost-Effectiveness:
- By increasing production efficiency and reducing waste, the Garbage Can Injection Moulding Machine helps manufacturers achieve significant cost savings.
- The reduced need for labor and faster production cycle times further contribute to its cost-effectiveness.
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Improved Product Quality:
- The precision and repeatability of the injection moulding process ensure that every garbage can produced meets strict quality standards.
- This consistency in quality enhances the overall reputation and reliability of the manufacturer's products.
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Quick Market Response:
- The flexibility and versatility of the Garbage Can Injection Moulding Machine allow manufacturers to quickly adapt to changing market demands and trends.
- They can easily modify production parameters or switch to different molds to produce new designs or sizes of garbage cans in a timely manner.
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