The Water Channel Of The Water Cooling System Of The Fiber Laser Cutting Machine Is Blocked. How To Solve It?
Sep 27, 2023| In some industries where ultra-high-power plate laser cutting machines are used, sometimes due to the harsh industry environment, the water cooling system of the laser cutting machine is very easy to produce scale, leading to blockage of the waterway. If the waterway is blocked, it will affect the normal operation of the laser chiller and directly lead to a reduction in production efficiency, so we should find out the cause and solve the problem. So how to solve the problem when the water channel of the water cooling system of the fiber laser cutting machine is blocked? The editor below will introduce to you:
Solution to the blockage of the water channel of the water cooling system of the ultra-high-power plate laser cutting machine:
1. First, you need to check the specific location of the water channel blockage in the water cooling system of the fiber laser cutting machine, whether it is a blockage in the pipeline inside the chiller or a blockage in the water circulation outside the chiller.
2. If the pipeline inside the laser cutting machine chiller is blocked, you can first flush the pipeline with clean water, and use professional cleaning tools such as an air gun to clear the water circulation pipeline. After clearing the waterway, add clean distilled or purified water. During daily use, the laser chiller must frequently change the circulating cooling water. If necessary, an anti-scaling agent can be used to prevent scale from blocking the waterway.
3. If the external circulation pipeline of the laser chiller is blocked or blocked, the user can check the external water circulation pipeline of the chiller to ensure that the external circulation pipeline is smooth.
The content introduced above is the solution to the blockage of the water channel of the laser chiller. We hope that the above methods can help you solve the problem of water channel blockage in the laser chiller, thereby ensuring the normal operation of the chiller.