Etching Application Typical Case in Robotic and AI Industry

Flat spring / plane spring is an elastic element of a sheet or rod formed by an unclosed curved surface or plane with a straight line as the generatrix. It belongs to the instrumentation element in mechanical engineering, specifically a kind of elastic element. The design and application of the plane spring are based on its unique structure and elastic properties, which makes it play an important role in various mechanical systems that require elastic response. This element is widely used in precision parts in industries such as precision electronic communications, medicine, optics, geophysical exploration, and motors due to its simple structure and efficient elastic properties. It is usually processed with thin metal materials, including stainless steel and copper alloy. Planar springs have the functions of storing and outputting energy as power, controlling the movement of machinery, absorbing vibration and impact energy, and being used as force measuring elements. According to the nature of the force, springs can be divided into tensile springs, compression springs, torsion springs and bending springs, and according to the shape, they can be divided into disc springs, annular springs, plate springs, spiral springs, truncated cone scroll springs and torsion bar springs.

Etching Application Trends and Innovation in Robotic and AI Industry

Robotics and artificial intelligence industry mainly involves the development and application of machines and systems that can simulate human intelligence. The applications of artificial intelligence include intelligent audio and video processing, intelligent robots, and intelligent medical care, while robots are mainly used in production line automation and service industries. From a technical point of view, artificial intelligence is a software system that implements intelligent behavior through algorithms and models, while robots are physical entities that can sense and operate the environment. The robotics and artificial intelligence industry covers a wide range of fields from basic theoretical research to application development, aiming to improve production efficiency, service quality, and solve complex problems through technological progress, thereby promoting social and economic development. As an irreplaceable important equipment and means in advanced manufacturing, it has become an important symbol to measure a country‘s manufacturing level and scientific and technological level. With the advancement of artificial intelligence technology, the application of robots is rapidly developing from the automotive and electronics industries to metallurgy, light industry, metal processing, petrochemicals, food and beverage, medicine and health and other industries. In the future, intelligent robots will quickly extend from robots such as sweeping and cleaning in the past to education, medical care, accompanying, distribution and other dimensions. An intelligent robot is a machine that relies on its own power and control capabilities to achieve various functions. It can accept human commands, run pre-programmed programs, and act according to the principles and guidelines formulated by artificial intelligence technology.

Trend: The combination of artificial intelligence and robots has penetrated into all aspects of our lives, including smartphones, smart homes, medical care, finance, agriculture, energy, transportation and other industries. With the popularization of deep learning technology, artificial intelligence applications are diversifying, promoting innovation and development in various industries, and may eliminate some traditional digital positions, but at the same time it also opens a new era of "codeless software development". This technology allows users to generate software or web page code through very vague instructions, greatly reducing the threshold for developing IT services, making the era of "everyone can innovate" has arrived. With the blessing of intelligence, future robots will be able to better perceive and understand the environment, and achieve autonomous decision-making and intelligent actions through machine learning and deep learning. Robots are no longer just execution tools, but partners who work closely with and coexist with humans.

Innovation: Hardware parts used in artificial intelligence and robotics usually require high precision and complex structural design. Our etching process can meet this demand. The highest precision can reach +/-0.01mm. The design structure can be easily changed to achieve complex graphics and structures.

Products: thruster motor flat spring, smart device audio speaker net, robot arm gasket, drone rotor, drone LOGO sign, drone gasket, robot sensor encoding disk, smart remote control boat shrapnel, smart children‘s learning robot shell mesh screen.

Etching Application More Case in Robotic and AI Industry