Lidar Rotating Mirror

Mirror ， It's also called a polyhedrus rotation scanner. ， is An optical device. ， The essence of it. is A polygonal column ， The side is plating with a reflection layer. 。 When the mirrors are spinning at high speed with the power. ， The light goes into the mirror that's turning. ， The reflection light will clear a bright line. 。 If you add a migraine and separate the bright light from the reflection at different times ， Forms a Grating 。 This technology is widely used in defense technology. 、 Scientific research 、 Multi-area applications, etc. 。 Giai The breakthrough in the mirror field. ， For the past two years ， Giai It's been in retrospect and research. ， At this stage ， We've got a few retrospects coming out. ， Aim for the mirrors on four sides. ， Five. ， Production and certification of six sides ， Still under development. ， We're working on more dynamic balance. 、 Nice face. 、 Reflectance High 、 Absorption of small transtroscopes 。 （ Giai The new replica of the fall. ） Mirror applications in various fields Defence science and technology and scientific research In the field of defence science and technology and scientific research ， The mirror is fixed because of its scanning angle. 、 Scan fast. 、 Damage Threshold High Characteristics ， It's widely used in hypervelocity photography. 、 Laser Weiner Process 、 Laser Scan and Laser Q Switched and so on. 。 Especially When Machining Three Dimensional Micro/Nano Structures with Ultrashort Pulses ， The mirror technology can be very good at solving this. Galvanometer Scanner Scan on high frequency repeat Pulse Thermal impact zone at the bottom 。 Because of the speed of the mirror scan. Galvanometer Scanner Come on. 100 Double ， It can effectively reduce overlapping areas ， Avoid plasma creation 、 Gasification ， So that the quality of the process is maintained. 。 Industrial applications In the field of industrial applications ， And trans-scene technology plays an important role. 。 Special is is. Laser Processing industry ， Transform Scan is One of the most common scanning methods available at this time. 。 The mirror rotates through the high speed. ， Achieving a Greater Perspective 、 Large range 、 Superhighway. 、 High Precision And high repetition Laser Beam scan 。 This technology is not just about making it more efficient. ， And it's the precision of the process. ， Enables Laser Process technologies are applied in a wider industrial area 。 Autopilot field In the fast-growing field of autopilot ， The mirroring technology also plays a key role. 。 As a car. Laser One of the core parts of the radar. ， Transverse Mirror by Rotated Polygon Mirror To change. Laser A scanned angle for a beam. ， So that covers the required viewing field. 。 Mirror Laser Radar has steady performance. 、 Lower cost and smaller volume ， These features make it loaded. Laser The radar has a high value for applications. 。 Special is In urban transport environments ， Mirror Laser Radars can be widespread and responsive. ， Provide reliable environmental sensor information for autopilot systems 。

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