Behind the scenes technology company

Chapter 43 Ultra-precision Machining (Please recommend and collect)

Wei Lai's mind has been placed on the third generation of drone products and industrial application of drones.A large number of advanced technologies have made the company's technical level have a new breakthrough and development.

But there is no eternal lead, Huaxia is bound to expand and apply technology to all walks of life, not only the research centers of behind-the-scenes technology companies, but also the Huaxia Academy of Sciences with various experimental centers.

Wei Lai only has the advantage of time, a well-established and powerful scientific research team, and first-hand research materials. Before the technology spreads, how fast the research results are transformed will be as much profit as the exclusive market. This is a reward from the state. .

Market competition has always been cruel, and industry giants in various fields are not unaware. The improvement of the international situation and the opening policy have all sensed that a new round of industry earthquakes is coming, and they have also begun to vigorously expand their own research and development. The team paves the way for the introduction of high technology.

Time is running out, Wei Lai divides the company's comprehensive upgrade project into three major sections, research center, machine technology, and energy technology.

If a worker wants to do a good job, he must first sharpen his tools. The equipment in the research center is the first place to upgrade and transform. It has not used superconducting alloys in one step. The characteristics of superconducting alloys and more manufacturing processes are still being studied. Of course, there is also the problem of the cost of superconducting alloys. After the spread of the spread, the use of funds needs to be cautious.

Ultra-precision machining is the technology that Wei Lai chose to take the lead in breaking through and applying. The precision machining technology belonging to the manufacturing industry is also the facade and foundation of high-tech. Higher precision and higher level of craftsmanship can produce a higher level of zero part.

The development of ultra-precision machining has made significant progress so far. Ultra-precision machining is no longer an isolated processing method and a simple process problem, but a complete set of system engineering that includes a wide range of contents, from ultra-precision CNC machine tools, ultra-precision Processing tools, ultra-precision processing technology, material selection, fixtures, error detection, and even ultra-precision processing environments can produce more precise parts.

Different types of cutting tools, grinding tools, clean rooms, constant temperature rooms, and vibrations will all affect precision machining.

The replacement of technology does not mean that Huaxia's ultra-precision machining industry starts from scratch, but more about the completion of technology and the realization of mass production.

The research and development project of the behind-the-scenes technology is the ultra-precision CNC machine tool.A steady stream of funds has been invested in the manufacture of ultra-precision machinery, which is also a technology that behind-the-scenes technology companies must master. From the upgrade of existing research center equipment, to the production of power generation panels for the company's products, the production of drones, and the upcoming The development of chips, the utilization of superconducting alloys, and precision machining are all necessary front-end technologies for behind-the-scenes technologies.

Not all components and processing require high precision. Of course, components that do not need high-precision processing technology do not, such as solar street lights.

In Wei's view, the transformation and upgrading of precision machining technology is a basic upgrade, and the remanufacturing of superconducting alloys is a truly cross-generational progress.The research center immediately vacated space, leaving enough space for precision manufacturing. This is an ultra-small production line and laboratory equipment manufacturing center that belongs exclusively to the research center.

The laboratory equipment manufacturing center includes a complete set of precision manufacturing systems. Wei Lai immediately built a complete set of constant temperature ultra-clean rooms with the research center, and manufactured the "mother machine" for manufacturing more equipment.The master machine in the equipment room uses the latest research results of superconducting alloys and perfect replacement technology, including injection molding, stamping, cutting, and photolithography.

Wei Lai is confident that the laboratory equipment manufacturing center of his own research center is currently at the leading level in the world. The disadvantage is that the corresponding machine control system is still old-fashioned and cannot be mass-produced.

Having completed the prerequisite foundation for company upgrading, the next step is to apply precision technology to various projects.

The core of the research center is the "Observer" system. The "Observer" system integrates observation, collection, simulation, and analysis. It is a powerful boost for rapid research, which is why Wei Lai's research is progressing so fast.More sophisticated components provide the "observer" with a faster response speed.

Next is the structure simplification and reconstruction of the power generation board, that is, the technology accumulation of the company's energy sector.At present, the company uses more solar power generation. More sophisticated components bring better structure and space, which improves the performance of micro solar power generation panels, but the overall improvement is not high.

The most important and critical application of UAV technology, more functional modules and chips require the support of a large number of high-precision technologies. If the first generation of Suzaku UAV is a breakthrough in automatic obstacle avoidance and battery life, the second generation has improved battery life. After being extended, the third generation drone is the real finished product, which is more comprehensive.

UAV chip preparation can finally be self-developed and produced. With the support of photolithography technology and more sophisticated nano-processing, the threshold of powerful performance of self-developed chips has been reached, not to mention the close research and development and application of superconducting alloys. , Wei Lai predicts that within three years, the new generation of drone market will be occupied by behind-the-scenes technology companies and become a well-deserved industry overlord.

Not only the research and development of the third-generation drones, but also industrial application drones are in the process of intensive preparation. More molds and conceptual designs have been basically completed. After discussing with the company's senior management, Wei Lai first selected the plant protection drone. In the machine market and electric power maintenance market, a number of technical restructurings have been carried out for the agricultural and electric power industries. The application of new thermal imaging technology, terrain following, and agricultural engineering systems have escorted the intervention of new markets.

Better applications are actually among the robots that the company has not yet released and has been researching. To meet the conditions for the release of robots, Wei Lai has always focused more on the direction of intelligence, but the requirements for more parts required by robots are also limited. More precision, not just intelligent computing, the accuracy requirements of the machine itself far exceed other equipment, so that more comprehensive functions can be realized.

The sales of second-generation drones have not dropped much (because the first generation is gone and you can only buy the second generation), and the market is also constantly expanding.After the release of the second-generation drones, the precision machinery manufacturing industry began to transform. With the support of China, when the industry reform was underway, a large number of original precision machinery was eliminated, and industrial precision was greatly improved.

The existing precision processing technology has become the general processing technology in the future. The complete semiconductor industry, once a bright pearl in the industry of the Western world, is about to lose its color. China is slowly approaching a superpower.

(End of this chapter)