Trend

Humans and robots working together can greatly reduce enterprise costs and improve team work efficiency. Such a “Human-Robot-Collaboration, HRC” model is bound to become the mainstream in the future, bringing industrial innovation and a more convenient life.

Optical fiber computer technology then entered the field of machinery, with applications in passive components, light guide plates, vehicles, batteries, biotechnology, and other industries.

Under the international consensus on carbon reduction, the wave of electric vehicles has swept the world and has become the focus of attention from all walks of life. It is predicted that the proportion of electric vehicles will increase significantly from 2030, and it is estimated that it will reach 55% of the global car market by 2040, surpassing the proportion of traditional fuel vehicles. In the era of electric vehicles, it will indirectly lead the machine tool industry to develop a new layout.

With the rapid growth of the global electric vehicle market, research and development of the materials used in new electric vehicles has been accelerated. Improvements in infrastructure, such as an increase in the number of charging stations being used, has also become commonplace. When consumers buy electric vehicles, they hope to enjoy the convenience of being able to travel distances similar to those realized by internal combustion engine vehicles before needing to be refueled. So, the development of batteries with high storage capacity and short recharging times, as well as light-weight vehicle bodies that will reduce power consumption, has received much attention.

As a biproduct of the COVID pandemic, the global demand for telemedicine has increased significantly. An increased focus has been placed on the development of digital medical care to improve medical efficiency and provide comprehensive health coverage. Telemedicine care is set to become the "New Normal", and the integration of AI with medical technology will continue to accelerate this important trend in information flow.

Both lean and agile manufacturing emphasizes leveraging market knowledge, integrating supply chains, and reducing product lead times.

A new generation of HMIs (Human Machine Interfaces) is replacing the traditional buttons, indicators and selectors used to control machines with updated technology and components that reduce the dependence on a large number of display panels and cables. HMIs reduce operating costs and their advanced functions enhance monitoring of equipment.

The first and second generations of semiconductors used silicon (Si) and gallium arsenide (GaAs) as their base material. Wide Bandgap semiconductors refer to new semiconductors produced in a third generation of semiconductors which use silicon carbide (SiC) and gallium nitride (GaN) as their base material.

A light sensor is a sensor that converts light signals into electrical signals using photosensitive elements. The light sensor is usually composed of both a light projector and light receiver. Light sensors are generally composed of three elements: a light source, an optical path and optoelectronic components. The measured optical changes are converted into changes in electronic signals with the help of photoelectric components. With the growth and development of Internet of Things technology, the application of light sensors is entering all aspects of daily life.

The technology for 3D printing of medical materials has soared. The new technique "Layered Manufacturing Technology", also known as 3D printing, which uses a layer-by-layer additive method to build products, has become popular in recent years. With the rapid advancement of 3D printing technology, the market for 3D printed medical materials has grown significantly.