Is Dongguan Heli Fiber Laser Cutting Machine expensive? The laser cutting machine and laser equipment have found the main characteristics of its technology, which are mainly characterized by large welding line capacity, small deformation, fast speed, and large penetration depth. Table 1 Laser cutting parameters of the edge state before the test The aero engine parts are mainly disc parts and blades. Although the disk-type parts have a single structure, the size of the parts is large, and although the blade size is small, the profile is complicated. The traditional machining process realizes high-precision machining of disk and blade parts, but the processing cycle is long, the cost is high, and the material utilization rate is low. Because of the certain limitations of the machining technology, the design of the part structure is limited. . Figure 3 Cutting of the driver's cab skin (1) Through in-depth analysis and research on laser tailor welding technology. Dongguan Heli Optical Laser Cutting Machine Charge Standard This technology overcomes the limitations of traditional manufacturing processes. The entire manufacturing process has no processing waste, no tooling fixtures, and no molds. At present, laser rapid prototyping technology has formed two types of stable forming processes: one type is laser cladding deposition (LMD) technology based on automatic powder feeding, which uses laser to melt synchronously supplied metal powder and uses special nozzles to deposit substrates Parts are formed by layer-by-layer deposition; the other is selective laser melting (SLM) based on automatic powder deposition, which uses a high-energy laser to melt a thin layer of powder in a loose state (thickness usually <100 μm). Forming layer-by-layer fusion and forming high-density 3D parts of any shape.
There are two ways to quickly obtain telecommunication test pieces with conductivity requirements: With the continuous development of laser technology, laser cutting technology will be further improved. The existing advantages of laser cutting technology have been prominent in the application process, and its application in the manufacture of forklifts will greatly improve the processing environment and improve the cutting efficiency and cutting quality of sheet materials. 3) The feeding robot 5 (a vacuum suction cup is installed on the top) picks up a sheet from the feeding cart 4 and transports it to the cutting machine 7 (or 8) exchange workbench. The workbench enters the main machine of the cutting machine to complete the sheet cutting process. 1 Technical introduction 6. Conclusion and outlook Based on the SLS technology, the loading robot returns to the loading position and continues to suck up a plate to wait for loading, and a loading process is completed.
Laser cutting processing manufacturers-precisely because of the development of stainless steel, so in this huge industry, they need a kind of electromechanical equipment, but stainless steel laser cutting machine is an option! In the type of laser cutting machine , metal laser cutting is divided Machine , non-metal laser cutting machine . However, in the metal laser cutting machine , it is divided into several categories, the main ones are: thin steel plate laser cutting machine , carbon steel laser cutting machine , stainless steel laser cutting machine , galvanized sheet laser cutting machine, etc. All belong to one of the metal laser cutting machines . The stainless steel laser cutting machine is a laser cutting machine for stainless steel products. This kind of equipment is used in the stainless steel industry to achieve good results. The charging standard of Dongguan Heli Optical Laser Cutting Machine focuses on the high power density laser beam, scans the surface of the workpiece, reaches the material's ignition point, melting point or vaporizes the material in a short time, and blows out the molten material by telling the air flow. , So as to achieve the purpose of fast cutting materials. (2) Optimization of cutting and perforation parameters First, analysis of cutting parameters. On the premise of ensuring the cutting quality, the cutting speed should be increased as much as possible. This not only improves productivity, but also reduces the amount of deformation of the part being cut and the heat-affected area of the slit area.
For example, in China's new-generation liquid oxygen kerosene engine, there are hundreds of materials, mainly high-strength stainless steel, titanium alloy, copper alloy and high-temperature alloy. At present, laser rapid prototyping technology has only been studied for a few materials such as stainless steel, nickel-based superalloys, and titanium alloys. Far from meeting the needs of engineering applications. Extending the laser rapid prototyping technology to various metal systems such as Al alloys, Nb alloys, Cu alloys, and Mg alloys, and realizing the specialization and series of special metals and alloy powder materials for laser rapid prototyping are the development direction of laser rapid prototyping technology.
Due to its unique advantages, it has been successfully used in welding of micro and small parts. Compared with other welding technologies, the main advantages of laser welding are: fast laser welding , large depth, and small deformation. It can be welded at room temperature or under special conditions, and the welding equipment is simple. Americas steel market: Steady growth. The benchmark price index for steel homes in the region at 108.5 points rose 1.8% week-on-week (from flat to high), 1.4% month-on-month, (increased), 19.9% month-on-month (expanded), and 22.2% %. Therefore, it is expected that the decline in mineral prices will continue this week. After the downstream terminal demand consumed the market inventory in October, this time point was early in the middle, and there may be new price increases. It is understood that 139 construction material steel plants nationwide were surveyed last week (as of 9.20). The research and analysis on the chemical performance and metallographic structure of the charge standard of Dongguan Heli Laser Cutting Machine can be concluded that 3D printing TC4 titanium alloy instead of TC4 titanium alloy rods for forming parts and components is to meet the design technical indicators. feasible. Additive Manufacturing (AM) technology is a direct digital manufacturing technology. Its principle is to build materials layer by layer based on 3D model data. This technology does not require traditional tools, jigs, and multiple machining processes. It can quickly and accurately manufacture parts of any complex shape on a single device, thereby achieving free manufacturing. From physics, this provides a new path for the rapid manufacturing of physical prototypes in radar products.