The Market Potential of LIDAR in the Next Five Years
Laser detection and measurement, more commonly known as LiDAR, is a sensing technique that uses blue laser pointer pulses to measure ground surface distances.
Laser detection and measurement, more commonly known as LiDAR, is a sensing technique that uses blue laser pointer pulses to measure ground surface distances. Using this technique, 3D information of the surface shape and surface features can be obtained. Laser radar technology helps professional cartographers and scientists to more accurately, accurately and flexibly measure and understand the natural environment and artificial environment. Earlier, the lidar was limited to government and military applications. As technology advances and laser radar manufacturing costs decrease, it is widely penetrated into the industrial and commercial areas.
The main areas of application of LIDAR include mining, forestry, archeology, geology, seismology, topography, and power corridors. In addition, laser detection and measurement also covers the field of civil engineering applications, including traffic, city maps and planning, infrastructure projects and road planning and so on. At present, civil engineering and planning is the most important source of revenue for laser detection and measurement systems.
LIDAR markets are classified according to product type, including: airborne lidar, ground lidar, mobile lidar and short range lidar. However, technological innovation has improved the cost-effectiveness of ground-based lidar and mobile lidar systems. In addition, the burning laser pointer radar market can also be classified in accordance with its hardware components: inertial navigation systems, GPS / GNSS, laser diodes, cameras and MEMS mirrors. There is currently no potential alternative to LIDAR technology. In addition, with its technical advantages in the field of application appears, automated laser radar market is growing rapidly. For these reasons, the LIDAR market is expected to grow significantly in the near future.
FARO introduced the Focus 3D Lidar Scanner, a new low-end device for the fixed 3D scanning market. PrimeSense 3D sensor is a non-traditional laser radar, it presents a revolutionary real-time machine navigation solution. Recent advances in laser radar technology have also contributed to the growth of this technology in a wide range of digital mapping areas. In addition, the introduction of low-cost hand-held lidar is expected to revolutionize the surveying and mapping industry over the next five years. The reasons for the slow development of the 3000mw laser pointer radar market include the high cost of equipment, the lack of maturity of the data processing software, and the lack of awareness of the scope of application of this technology. With advances in technology, the application of lidar in agriculture has been explored, including the creation of farmland topographic maps containing slope and sunshine indices. This technology helps farmers to maximize yields by pointing out key areas that require expensive fertilizers. In addition, the researchers are working on an automatic indoor LIDAR model to help them simulate the building interior.
The LIDAR market is decentralized and spreads almost all over the world. Major players in the current major markets are hardware vendors including IEGL Laser Measurement Systems GmbH, Leica Geosystems, Renishaw Plc, Airborne Imaging, Inc., Trimble Navigation Limited and Optech, Inc.
Tagi: 3000mw laser pointer, blue laser pointer, burning laser pointer
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