{"code":200,"msg":"chenggong","data":[{"id":394,"name":"Winter Maintenance and Care of Laser Cutting Machines","author":"Oree Laser","intro":"During the winter months, it is important to take extra care of your fiber laser cutting machines to ensure they continue to operate efficiently. Cold temperatures and harsh weather conditions can have a significant impact on the performance and lifespan of these machines. In this article, we will discuss the necessary steps for winter maintenance and care of laser cutting machines to keep them in optimal condition during the colder months.","img_url":"\/uploads\/img\/20240204\/93cefe1ad29d2e54f11cd64aba86bf8b.webp","content":"

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Winter Maintenance and Care of Laser Cutting Machines<\/span><\/strong><\/p>

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\"Winter<\/p>

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During the winter months, it is important to take extra care of your laser cutting machines to ensure they continue to operate efficiently. Cold temperatures and harsh weather conditions can have a significant impact on the performance and lifespan of these machines. In this article, we will discuss the necessary steps for winter maintenance and care of laser cutting machines to keep them in optimal condition during the colder months.<\/p>

Principle of Laser Equipment Antifreeze<\/span><\/h1>

Cooling water has a "freezing point". When the temperature of the cooling water is lower than the "freezing point", the solidification and expansion of the cooling water will cause the overcurrent components in the laser cooler system, such as the water-cooled plate, the water segregator, and other components to expand, deform, and crack, and even damage optical components, resulting in the need for the laser to be returned to the factory for repair. In severe cases, it may even lead to the scrapping of the laser. It is imperative to pay attention to and take effective antifreeze measures for the laser in winter.<\/p>

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Laser Operating Temperature Requirements<\/strong><\/p>

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The laser needs to reach a certain temperature to be used normally. The operating environment temperature of the laser should be controlled at around 22\u00b0C, with the low-temperature water temperature of the chiller set at 20-24\u00b0C and the high-temperature water temperature set at 28-30\u00b0C.<\/p>

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The chiller needs to operate for more than 20 minutes before the laser is emitted. If the laser alarm goes off immediately after the machine is turned on, or if it cannot be started, please open the system or the chiller for water temperature preheating (5-10 minutes). When the temperature reaches above 20 degrees, it can be started to ensure that the actual temperature of the chiller reaches the set temperature.<\/p>

Antifreeze Measures for Laser Equipment<\/h2>