It is the complete and advanced production system

 It is the complete and advanced production system of green laser pointer .
3D laser scanning system is a pulsed, high-precision, fast three-dimensional laser scanner, which combines multi-function, high efficiency, high-precision one, widely used in civil engineering, factory planning, design alterations, building surveying, archaeological and other engineering fields. Because of its high-precision dual-axis tilt compensator, so it is a combination of Total Station features three-dimensional laser scanner. The main features of the 3D laser scanner: full scan. Known point on the station, complete resection, traverse survey, and even loft and total station measurement accuracy of long measuring distance. 50 meters from the 6mm point measurement accuracy. 3D laser scanning system mainly consists of the following sections. The production stream line of green laser pointer in the workshop can facilitate the production.
Clean the fan base, to prevent interference noise in the scanning process. The fan base is usually set in the mountains, the working process must pay attention to the security of persons and equipment, together must be erected securely, to prevent the fall. Advanced laser vision sensing technology and its application in welding. Simply put, the welding operation is to control energy or heat sources in two or more materials, the formation of a complete connector. For example, the arc welding operation is dominated by the people, robots or dedicated machine torch, to a certain speed along the welding seam movement, and applying energy to a certain process parameters. In addition to the correct process parameters, the gun is accurately tracking the weld is to ensure that an important part of welding quality. The workshop pays more and more attention to this production line of green laser pointer .
Manual or semi-automatic welding is dependent on the operator to the naked eye observation and manual adjustment to achieve the tracking of the weld. The fully automated welding applications for robots or automatic welding machine, etc., depends mainly on the programming of the machine and memory capacity, accuracy and consistency of the workpiece and their assembly to ensure the torch welds can be aligned within the accuracy range of technology licensing. Typically, repeat positioning accuracy of machine, programming and memory capacity available to meet the requirements of welding. However, in many cases, the accuracy and consistency of the workpiece and their assembly is not easy to meet the requirements of large parts or large quantities of automatic welding production.