Judging from the development process, the laser pointer radar started very early, and research on lidar began as early as the late 1960s. At that time, it was more scientific research institutes. Since then, with the continuous development of technology, lidar has gradually opened the road to commercialization. At present, lidar has been widely used in the…
Day: March 7, 2020
Global Tech Companies Scramble To Seize Laser Pointer
At the same time, the government has also issued related planning policies, focusing on promoting the development of robotics and unmanned industries. In this context, as one of the key components, laser pointer radar has quickly become the next high ground for global technology companies to compete for. In principle, Lidar works by transmitting a detection signal…
New High-temperature Laser Welding Laser Pointer Technology
New laser welding technology expands the application of steel alloy body construction safety. Recently, researchers have developed a new high-temperature laser welding laser pointer technology that can greatly improve the performance of high-strength steel alloys. It is understood that this technology needs to be performed at a high temperature of 450 degrees Celsius. When the 22MnB5 steel…
Product R & D Efforts And Capacity Expansion Laser Pointer
To this end, a new round of financing plans is about to be launched, thereby further increasing the research and development of laser pointer radar products and expanding production capacity to meet the needs of upcoming customers. LiDAR market size and trend analysis. At present, unmanned driving is becoming a global common topic, including technology giants, traditional…
Radar Has Achieved Small Batch Production Laser Pointer
Prior to the establishment of the company, core personnel of the company have been engaged in IC technology development, especially in-depth research and application of ICs for TOF measurement, relying on the core team’s more than ten years of experience in the field of TOF ranging, and a number of invention patent technologies After entering…
In Terms Of Sensitivity And Accuracy Laser Pointer
TOF series 360 ° laser pointer radar. Founded in October 2014, just three years ago, TOF series 360 ° laser radar, robot development platform and lightweight laser ranging sensor products have been launched, which can meet robot positioning and navigation, UAV fixed height and obstacle avoidance, AGV intelligent storage and logistics, SLAM mapping and positioning, lightweight unmanned…
Instead Of The Traditional Laser Pointer Assembly Technology
The transportation industry is one such example. A bridge in the Netherlands was recently built with a 3D printer instead of traditional laser pointer assembly technology. Although the bridge is relatively small, it proves that 3D printing could revolutionize the construction industry. This specific project also uses significantly fewer specific projects than would be required using traditional…
Products Are About To Enter Mass Production Phase Laser Pointer
At present, the technology and product layout have been achieved, and lidar products are about to enter the mass production stage. In addition, the development of new products such as solid-state radar has been on the agenda and is going to the next high ground! According to reports, Brazilian researchers have developed a new high-temperature laser…
Turning Eyes To Solid-state Laser Pointer Radar Products
To this end, laser radar companies have turned their attention to solid-state laser pointer radar products. In this regard, the founder believes: “In the future, to achieve mass production of driverless cars, all-solid-state lidar is the only option. Research on multi-line lidar and solid-state radar has begun to ensure technological leadership. Lidar will develop in the direction…
Production Can Cost Quickly Laser Pointer
Current manufacturing methods make it difficult and expensive for engineers to use less commonly used components because special production can quickly cost the laser pointer. This technology will allow engineers to simply print whatever parts they need, including those that are difficult to do with traditional methods. This process opens up new opportunities for manufacturing energy…