In December 2010, it focused on the research and development, manufacturing and sales of high-power laser processing equipment. In 2015, as a leading company in high-end green laser pointer equipment, the company settled in the Canal Zone Laser Industrial Park-“Northern Optics Valley”, which means that for lasers, it completely solves the fundamental problems of the company’s long-term…
Day: March 11, 2020
Navy Uses Green Laser Pointer Weapon For The First Time At Sea
Placing laser weapons on smaller aerial test platforms is a whole new challenge. Robert Afzal, senior researcher of Lockheed Martin’s laser weapons, said. According to Lockheed Martin, the United States has developed the green laser pointer weapon for more than 40 years. At the current level, laser weapons can be used in Destroy small missiles, artillery shells,…
Weapon System Begins To Be Put Into Practical Use Green Laser Pointer
U.S. laser weapon system begins to be practical Does the green laser pointer weapon era really come? A few days ago, the U.S. Air Force and the arms giant Lockheed Martin signed a contract worth $ 26.3 million, entrusting the latter to develop high-energy laser weapons for fighter jets. The United States has always been ahead in…
No Contact Between Mechanical Parts And Work Green Laser Pointer
Traditional sawing, mechanical cutting, oxygen acetylene torch, electric spark cutting, toothless saw cutting, water jet (including emery) cutting, plasma cutting torch and other processes are gradually being replaced by modern laser technology. Take laser cutting as an example: Since the traditional mechanical knife is replaced with an invisible light beam, the mechanical part of the green…
Can Directly Destroy Weapon System Green Laser Pointer
Laser weapons can be divided into low-energy laser weapons and high-energy laser weapons according to their energy. Low-energy laser weapons can blind or kill fighters, and can also interfere with or destroy the optics and electronic components of weapon systems; high-energy green laser pointer weapons can directly destroy weapon systems. In terms of use, it is mainly…
First On The Battlefield To Use Green Laser Pointer Guidance
Since the invention of the world’s first ruby laser by American scientist Mayman in 1960, military powers such as the United States, the Soviet Union, and the United Kingdom have invested huge amounts of money and developed ambitious research plans to develop laser weapons that can be used in military operations. On May 10, 1972,…
How The U.S. Army Uses Green Laser Pointer Weapons For Antimissile
It is reported that the Pentagon recently signed a $ 9 million contract with the military industrial company General Atomic Energy Corporation, entrusting the latter to develop laser weapons that can be placed on drones. In May of this year, the United States “Defense News” introduced how the US Army uses the green laser pointer weapon for…
Technology Enables Detection Of The Atmosphere Green Laser Pointer
The atmosphere is divided into troposphere (approximately 10-20 km from the ground), stratosphere (approximately 20-50 km from the ground), middle layer (approximately 50-85 km from the ground), and thermal layer (approximately 100-800 km from the ground) ) And escape layer. The atmosphere of the hot layer is called the green laser pointer ionosphere because it is exposed…
Large-scale Ground Integrated Detection System Green Laser Pointer
On September 9, Academician Lu Daren, the chief scientist of the “multi-band and multi-atmosphere active-passive integrated detection system” project, said at the project site demonstration and expert consultation meeting. The reporter learned from the meeting that the multi-band and multi-atmosphere active-passive integrated green laser pointer detection system is the world ’s first fully-neutral atmosphere (covering from near…
System Works On A Real Telescope Green Laser Pointer
The next step is to master the complex optics and engineering techniques required for a green laser pointer system to function on a real telescope. In the mid-1990s, a prototype demonstrated by a colleague at the UCO Rick Observatory finally proved that the system can achieve the best resolution of the observatory’s 3-meter telescope, at least on…