10kw fiber laser cutting machine has been a hot word in the laser cutting industry since its appearance. It play an important role in world’s aerospace, shipbuilding, automobile, and energy equipment manufacturing industries, and it is becoming more and more important. In this article, we mainly talk about the application of the 10kw fiber laser cutting machine in the shipbuilding industry.
In the actual production process of ships, laser cutting and laser welding are mainly involved, which are the two processes that consume the most times and costs in the construction of the hull. Especially in recent years, the term 10,000 watt laser cutting machine has become more and more popular. At the same time, precision shipbuilding and fast shipbuilding have gradually become the main trends in the development of the shipbuilding industry. The 10kw fiber laser cutting machine is even more popular in the shipbuilding industry.
The shipbuilding industry has high requirements for the transfer accuracy of hull sections, and the frame transfer clearance must be controlled within 1mm. In the past, shipbuilding companies generally used plasma to blank the ribs, in order to ensure the assembly gap, trimming allowances were set on the ribs. This required manual trimming during on-site assembly. The quality of the trimming was uneven and the slitting Residual oxides inside, at the same time increase the assembly workload, the assembly cycle increases, resulting in the extension of the entire segmented construction cycle.
The application of the 10,000 watt fiber laser cutting machine perfectly solves this problem. The 10kw fiber laser cutter can ensure the high-precision production of the workpiece. The error of the workpiece produced by the 10kw fiber laser cutting machine is within ±0.05mm, and because the high-power laser cutting machine can achieve high-speed cutting, its heat-affected zone is compared with plasma The cutting machine is much smaller, which effectively improves the deformation of the workpiece. For example, SENFENG 12000W fiber laser cutting machine, it can easy cut 50mm carbon steel, 50mm stainless steel, 50mm aluminum, and 20mm brass.
10kw fiber laser with low processing cost, few processing procedures, and the high efficiency. The traditional process generally includes 5 procedures + 4 parts handling, while high power fiber laser cutting can simplify the procedure to the plate enters the factory, and the laser cutting that include laser cutting,laser slope port, laser drilling, not only increase the processing speed, save labor, but also greatly reduce the cost of shipbuilding.
In addition, the 10000w fiber laser cutting machine has great advantages in dealing with the processing of medium and thick plates. Compared with the traditional plasma cutting, fast speed and as the power increases, the cutting speed of 10mm carbon steel plates will continue to increase. Similarly, with the increase of power, the limit cutting thickness of carbon steel plate is also increasing.
Flexible and intelligent production is more suitable for the shipbuilding industry. The light source of the fiber laser cutting machine is the laser beam transmitted through the optical fiber. Compared with the traditional mechanical optical path, this optical fiber transmission method is simpler, clear at a glance, and easy to maintain. It is also matched with a 10000 watt laser. The power distribution cabinet of the cutting machine is safe, dust-proof, and anti-static, which greatly saves the time, energy and cost of maintenance.
The combination of laser cutting machine with CNC and robot machine can help users realize intelligent and flexible production. The 10kw,12kw fiber laser cutting machine cooperates with the hydraulic lifting auxiliary feeding mechanism and the lifting exchange platform to realize flexible feeding, fine-tuning and fast cutting of the sheet, and reduce non-production time. Combined with the high-intelligence numerical control bus system, the 10kw laser cutting machine can realize the functions of cutting process setting changes, real-time monitoring of cutting status, and full-process inspection and recording of cutting data parameters. It is an important help for engineers to continuously optimize cutting process parameters and optimize the cutting effect of workpieces.
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