In recent years, customer orders and industrial demand have come and gone faster. Coupled with the impact of the epidemic, changes in orders are more difficult to grasp. At this time, what the manufacturing industry can control itself is all kinds of internal management. Only by doing a good job of management can we be able to respond to various changes at any time. From the perspective of mold management, what important information needs to be controlled?

In recent years, due to the high demand for customized orders and small and diverse production, the production line must frequently replace molds and adjust lines. Mold replacements often take 2 to 3 hours, and production line adjustments may even stop production for a few days, resulting in production delays and making production capacity impossible. How can we effectively replace molds, adjust production lines, reduce downtime, and quickly respond to customer needs?

Engineering plastics refer to a class of plastics that can be used as engineering structural parts because of their low density, high specific strength, excellent wear resistance and low coefficient of friction, high heat resistance, electrical insulation, chemical stability, acid/alkali resistance, and with obvious advantages such as free coloring, easy modification, and good processability, it has been widely used in the fields of automobiles, electronics, electrical, communications, transportation, aerospace, machinery, etc., and has become one of the important symbols to measure a country's industrial development level. Modification of engineering plastics due to the limitation of the performance of a single resin, and people's requirements for low cost, high performance and diversified performance of materials are getting higher and higher, and various modified engineering plastics have emerged as the times require. Engineering plastics can be realized through physical, chemical or a combination of physical and chemical methods, including blending (alloying), copolymerization (grafting), and filling reinforcement. Modification can significantly improve the performance of engineering plastics. In addition, one polymer matrix can be used to produce a variety of products with different uses. The production operation is flexible, and it is easy to realize one machine with multiple functions, and realize the serialization and specialization of products.

In recent years, various industrially advanced countries have used machines to replace manpower for bench work, making the application of machine tools more extensive and important. Although the processing precision of milling machines and grinding machines is superior to that of planers, the price is more expensive than planers. Generally, small and medium-sized factories still use planers for many initial processing tasks in order to take into account equipment investment costs. So what exactly is a planer? Let's take a look together.

The Metaverse has been hotly discussed for several years, and judging by how Meta operates, the world is not yet ready for the concept. This article attempts to explore the necessity of the Metaverse, is it a dream, or a future that must be visited?

As more and more enterprises have accelerated the pace of cloud migration, and the demand for digital transformation and application modernization continues to increase, we expect that multi-cloud deployment will be the mainstream development of enterprise IT in the next 20 years.

The demand for renewable energy is increasing day by day. Faced with the instability of wind energy and solar energy, energy digitization can increase the productivity and availability of green electricity, such as using algorithms and blockchain technology to reduce consumption and improve flexibility.

One of the simplest ways of classification is to classify textiles other than general clothing and home decoration textiles as technical textiles. Let’s see what are so called Technical Textiles.

The upstream of the textile industry chain is the petrochemical raw material. After being manufactured into nylon fiber, polyester fiber, rayon fiber, carbon fiber and other human fiber products, it is spun into yarn, then woven into cloth, and then bleached, dyed, printed, Dyeing and finishing procedures such as coating, finishing, tailoring and sewing into garment products or other related textile products. The textile manufacturing process can be divided into four stages: fiber, textile, dyeing and finishing, ready-to-wear/home textiles, among which textiles can be further divided into two steps: spinning and weaving: spinning is the transformation of roving into spun yarn. After being sent to the factory, the yarn is inserted into the operation axis of the textile machine table, and the textile machine table pulls the yarn upward and sends it to the textile machine; the next step is the weaving step, at this stage, the shuttle is used in the textile machine. It shuttles back and forth continuously, and finally weaves it into a piece of cloth. After finishing the cloth fabric (including cotton, wool, synthetic fiber, etc.) into a box, it can be sent to downstream manufacturers for post-processing to form a textile industry chain.

The word "function" originates from Japan, so it is understandable that functional textiles began in various chemical fiber factories in Japan. In the early days, it was emphasized that new materials produce new functions, often first with relevant fiber function technologies, and then looking for new functional applications. What is the "functionality" of textiles? The most incisive "functional" design is multi-faceted. Functions are related to people themselves and their living environment, including comfortable and healthy functions, leisure and sports functions, safety and protection functions. Contains medical and physiological functions.

Suddenly, everyone was eager to get on the green train. But with sober thinking, perhaps our best practices are just around the corner: eco-friendly fabrics, local manufacturing, and gentle and natural processing. This article will start from three directions: ecological man-made fibers, yarn built-in component addition technology, and environmental protection post-processing, and take stock of the natural resources that can be used in the textile industry.

The three key global trends in 2022 also directly point out the major problems facing the communications industry. In December 2021, the 3GPP standards body reached a consensus on the priority and scope of the 5G Release 18 standard, becoming the first officially recognized "advanced" standard, which will support more device types and use cases in the future. The associated trend of network virtualization is having a huge impact on how wired and wireless networks work together, completely upending existing business models. At the same time, in the fourth year of 5G deployment, it is imperative to invest in the development of the next generation technology (6G).

With the fermentation of the metaverse theme, after the introduction of AI, Internet of Things, digital twin, AR/VR and other technologies in manufacturing smart factories, the pace of human-machine interface (HMI) intelligence is getting faster and faster. Among them, high elasticity, visibility and reliability will be the three major trends of its development.

After the first year of green power in 2020, 2021 will usher in a new peak period of green energy development. So far, in addition to Google, Apple, Amazon and other major technology companies that have adopted nearly 100% of their green energy power generation, many multinational companies have also stepped into the ranks of green energy investment. After all, how does the green energy industry flourish internationally? Follow the information compiled in this article to understand the types of green energy power generation, the application situation in various countries, and take the lead in grasping the trend of green energy power generation!

The introduction of chatbots into conversational commerce has become a trend of transformation, but for small and medium-sized enterprises, the cost of introduction is high, there is a shortage of information talents, and the amount of member data is insufficient. What benefits can enterprise get from investing in the introduction system?

The circular economy is the development trend of the production chain in recent years. In the face of limited resources, being able to design an efficient regeneration system can create more business opportunities. If you don't know what circular economy is? Or if you don’t know how to improve corporate profits through circular economy, this article will introduce you the definition of circular economy, as well as 7 circular economy business models, and help you create sustainable business methods that meet the needs of your business.

CBN turning tools are tightly sintered from boron nitride and tungsten carbide bases. The hardness of boron nitride is next to PCD. It has excellent chemical stability and will not produce affinity with iron, cobalt, and nickel-based metals. Therefore, it is especially suitable for work hardening steel, with a hardness above HRC45. Chilled cast iron and heat-resistant steel (Inconel) are also suitable.

The endless incidents of electric vehicles burning cars and everyone's concerns about the battery of the energy storage system point directly to the two most important application scenarios to be solved, that is, electric vehicles and energy storage systems. And this is also the application scenario where solid-state batteries have the most chance to win.