Cooling System for Laser Marking Machine|Guide to Maintaining the Cooling System of Laser Marking Machines

This manual explains the techniques for daily maintenance of water-cooled and air-cooled laser markers, including cleaning the cooling system, recognizing the warning signs of a breakdown, and the replacement cycle for consumables.By using the right maintenance techniques, the life of the equipment can be extended, and problems such as decreased processing precision and damage to core components caused by poor heat dissipation can be avoided.

The cooling system of a laser marking machine is like a thermostat, and there are two primary approaches: water cooling and air cooling.As for water-cooling systems, the most basic operation is to check the water level in the reservoir every month. It is suggested that distilled water be used in combination with a special anti-freezing liquid (usually in a ratio of 1: 1) to prevent scale and freezing.The heat sinks need to be cleaned with compressed air every three months, and the filters need to be cleaned every two weeks, or else they will become clogged and cause the water pump to overload.

If you're cleaning the blades with a brush, remember to disconnect the power first, because a fast-spinning fan can easily injure a hand.Adding lubricant to the bearings every six months can effectively reduce this noise. If you notice a marked decrease in fan speed, it is recommended that you replace the fan rather than trying to make do with what you have.No matter which cooling method you use, you should develop the habit of keeping records of the temperature of the equipment. Under normal conditions, the temperature should not fluctuate more than ± 3 ° C.

If the equipment keeps going off with alarms, or the marking is not coming out as deep as it should, then nine times out of ten it is a problem with the cooling system.First, check whether the water pipe is bent, which would affect the circulation of water. Then use a multimeter to measure the voltage of the water pump to see if it is stable.One handy trick is to use an infrared thermometer to scan the outside of the laser. If the temperature is too high in a particular area, it is often a sign that there is a problem.Don't forget to take into account environmental factors. Keeping the equipment room at a constant 25 degrees Celsius will lower the load on the system. On humid days, put moisture-proof bags in the electrical control boxes.

Cost Control Techniques for Cooling System Maintenance

This seminar will share practical methods for lowering the cost of cooling system maintenance, including daily maintenance, spare parts selection, and energy-saving technology application.By optimizing cooling system maintenance procedures, the company has reduced the failure rate and extended the life of equipment, saving companies money and achieving efficient operations.

Cooling Options for Lasers of Different Power

The company also offers practical recommendations for the selection of cooling equipment for different types of laser machines.It compares cooling solutions for low-, medium-, and high-power lasers, analyzes the advantages and disadvantages of water cooling, air cooling, and hybrid cooling systems, and helps users choose the best solution for their equipment power, working environment, and budget, ensuring stable operation and extending equipment life.

When is it necessary to do a deep cleaning?

How can you tell when your cooling system needs a deep clean? Starting with common problems such as abnormal water temperatures, buildup of impurities, and reduced efficiency, we'll share practical ways of making this determination, helping car owners and users to take timely action to maintain their cooling systems, avoid damage to equipment, and extend its useful life.

Cooling System Component Replacement Schedule

Periodic replacement of cooling system components is the key to ensuring efficient operation of the equipment.The company offers a detailed cooling system replacement schedule covering the recommended replacement times for key components such as the cooling fan, radiator, and coolant, helping users avoid overheating and extending the life of their equipment.The article combines practical scenarios and provides answers to common maintenance problems, helping you to master the techniques of cooling system maintenance.

Water Cooling Laser: Abnormal Water Temperature

If the water temperature is abnormal, the equipment could be shut down or even damaged. This article describes the troubleshooting steps and solutions for high water temperature and cooling system failure, including sensor checks, filter cleaning, and parameter adjustments.

Cooling System Maintenance in Summer

The high temperatures of summer put the cooling system to the test. Regularly checking the coolant, cleaning the radiator and maintaining the fan belt will effectively prevent engine overheating.This article offers practical advice to help you get your equipment through the summer.

Three Steps to Diagnosing Noisy Fans

The following three steps will help you quickly identify the source of the noise and get back to work in no time!

How to Change the Cooling Water in a Laser Marker

Detailed demonstration of the entire procedure for replacing the cooling water in a laser marking machine, including operational steps, precautions, and maintenance tips.With clear text and illustrations, the booklet helps users understand the correct way to change the cooling water, avoiding damage to equipment caused by abnormal water temperatures and extending the life of the laser marking machine.