Ultrafast or ultrashort pulse lasers have become essential manufacturing tools across industries, such as automotive, medical device, and consumer electronics, owing to the advantages, such as enhanced dimensional accuracy and tighter tolerances, and elimination of post-processing steps.

Currently, hydraulic motors are extensively used in construction, agriculture, and mining industries. They are commonly used in equipment skids, forklifts, bulldozers, excavators, heavy dump trucks, harvesters, combines etc.  Construction, agriculture, and mining industries employ heavy hydraulic motors, to drive the wheels for moving machines.  Moreover, motors are used for transmitting power to various attachments in machines. Hydraulic motors are employed in crushing equipment, where electric motors either trip or burn out during heavy loads. The key reasons for the adoption of hydraulic motors by the OEMs or distributors of agricultural, construction, and industrial equipment and parts, are high power density, elimination of gear boxes through the use of high torque low speed hydraulic drives, smooth operation, reliable and safe functions, simplified power accumulation/ retrieving system, and simplified control system design, such as a single pump for multiple actuators. Over a century, hydraulic motors were the key tools of choice for other applications, such as drill heads in the oil and gas industry, conveyor system, bucket wheel drive, feeders and dumpers, crushers and breakers in the material handling industry, winches and loaders and unloaders in the marine industry, and mineral, metal recycling, pulp and paper, food and rubber in processing and manufacturing units.

LCoS-based products, which offer higher quality and more precise results than competing microdisplay technologies, such as liquid crystal display (LCD) and digital light processing (DLP), are being preferred by component manufactures. Therefore, increasing demand for high resolution display is supporting the growth of the liquid crystal on silicon (LCoS) display market. Compatibility with wide range of products, an open technology platform, and superiority in terms of competing technology are some of the major drivers for market growth.

The US is a major contributor to global warming through various types of emissions. Most of these emissions are released due to the burning of natural gas or coal by power plants or through vehicles that run on diesel or gasoline. As per the reports published by the National Academy of Sciences, the urgent need to reduce the emission of the heat-trapping gases into the atmosphere is gaining momentum in the last decade.

Moreover, the market has not seen any significant investment from any of the major players, due to which, the progress in developing a mass adoptable product has not materialized. The positive signs for this market have been the recent innovative progress made by institutes. This innovation has led to the opening up of new applications of this technology. Most recently, in March 2019, a group of researchers from the Indian Institute of Science, Bangalore, and University of Cambridge, demonstrated flexible electronics' self-repairing capabilities.

The availability of a wide range of lighting products at competitive prices, and the increasing demand for energy efficient lighting systems across various industrial sectors are driving the market growth. Industrial operators are often faced by challenges of maintenance costs, due to heat losses of the traditional and most common lighting fixtures in commercial and industrial settings, i.e., fluorescent and high-intensity discharge (HID) lights. LED lights that offer greater energy and cost savings, as well as low maintenance cost, have been witnessing high demand, since the past few years.

The first link discussed in this industry value chain is research and product development. This is one of the most important links in the LiDAR industry, as it defines the final design and performance characteristics of the deployed product. In this link, a study is conducted to analyze the requirements of the system and the parameters to be met to perform as desired. Once the required data is gathered from research, a test module is developed based on the available data. The system is then designed to meet the requirement. The test module is then passed through vigorous testing to analyze the performance of the system. The product is then improved depending on the text results till a finalized version of the system is produced. Then the product moves to the next link in the value chain.

The UAV market is growing at a sharp pace, globally. The use of UAVs are increasing, irrespective of the end use. The UAV industry has grown at such an amazing rate, that it is almost impossible to count or describe all the applications that have become normal practices pertaining to the same. The military segment is now the largest revenue share holder in the market studied, with UAVs being procured aggressively by various militaries, globally.

本周上证综指上涨 2.61%，中证内地新能源主题指数上涨 3.36%。本周锂电池板块表现弱于大市，指数上涨 2.50%；新能源汽车板块表现弱于大市，指数下跌 2.40%；充电桩板块表现强于大市，指数上涨 4.74%。

美国科学家研发有机阴极材料可实现高能量密度锂电池：6月23日消息，美国能源部（DOE）布鲁克海文国家实验室为锂电池设计了一种新型有机阴极材料。该材料以硫为核心，与锂电池中传统的阴极材料相比，能量密度更高、更具成本效益且更环保。