JLSS-5HP Industrial Laser Chiller CO2 Laser Diode Laser Fiber Laser

JLSS-5HP Small Water-Cooled Laser Chiller CO2 Laser, Solid-State Laser, Diode Laser, Fiber Laser

Product Description:

The small water-cooled laser chiller is a device used for cooling laser equipment. It dissipates the heat generated by the laser through water cooling to ensure the stable operation of the laser.

Typically, a small water-cooled laser chiller consists of the following components:

1. Water-cooling unit: including water pumps, heat exchangers, cooling fans and other components, used to conduct the heat generated by the laser into the water and dissipate the heat into the air through the heat exchanger.

2. Water tank: A container used to store cooling water, usually with a certain capacity and cooling water level monitoring function.

3. Cooling water pipeline: transport cooling water from the water tank to the cooling component of the laser, and discharge the hot water from the laser to form a closed cooling cycle.

4. Control system: used to monitor and control the operation of water-cooled units, including temperature sensors, water level sensors, fan control, etc.

Small water-cooled laser chillers are usually smaller in size and are suitable for applications where the laser power is lower or the volume is smaller. Its main function is to keep the temperature of the laser within a safe range to prevent equipment damage or performance degradation caused by overheating.

It should be noted that different models and brands of small water-cooled laser chillers may have differences in performance and specifications, and the specific selection should be evaluated based on actual needs and laser equipment requirements.

Production Features:

Small laser chillers have the following characteristics:

1. Compact size: Compared with large laser chillers, small laser chillers are smaller and occupy less space. They are suitable for use in limited spaces and are easy to move and install.

2. Lightweight and portable: Small laser chillers usually adopt lightweight designs and are relatively light in weight, making them easy to carry and move. They are suitable for occasions that require frequent relocation.

3. High heat dissipation effect: Although it is a small device, small laser chillers usually have effective heat dissipation capabilities, which can efficiently dissipate the heat generated by the laser and maintain the stable operation of the laser.

4. High energy efficiency: Small laser chillers usually use advanced refrigeration technology and energy-saving design, have a high energy efficiency ratio, and can reduce energy consumption while maintaining cooling effects.

5. Easy control: Small laser chillers are usually equipped with a simple and easy-to-use control interface, which is easy to operate. Users can easily set and adjust cooling parameters and monitor the operating status of the equipment.

6. Low noise: Small laser chillers mostly adopt a silent design to reduce the generation of noise and reduce interference to the working environment and users.

It is important to note that different brands and models of small laser chillers may have differences in features and functions. When selecting and purchasing, you can comprehensively consider various factors based on actual needs and requirements of laser equipment, and choose a suitable model and brand.

Working Principle:

The working principle of the water-cooled chiller is to compress the low-temperature and low-pressure refrigerant gas into a high-temperature and high-pressure gas through the compressor, and then radiate the high-temperature and high-pressure gas through the condenser to condense it into a high-pressure liquid, and then pass the expansion valve to make the high-pressure liquid It expands into a low-pressure liquid and flows into the evaporator to complete the refrigeration cycle.
In the water-cooled chiller, water is used as the cooling medium, and is connected to the cooling equipment through the water pipeline, and the refrigerant gas after heat dissipation absorbs heat and turns it into a low-temperature and low-pressure gas, thereby realizing refrigeration.

Techinical Parameters:

Application Industry:

Many laser equipment require the use of a chiller to maintain the stability of their operating temperature. The following are some common laser equipment that require the use of chillers:

1. CO2 laser: CO2 laser generates a lot of heat during operation and needs to be dissipated through a cooling system. Chillers are often used to provide cooling water for CO2 lasers to keep the temperature of the laser tube and other critical components stable.

2. Solid laser: Solid laser, such as Nd:YAG laser and Ti:sapphire laser, also requires a cooling system to control its operating temperature. Chillers can be used to provide cooling for solid laser crystals or laser media to maintain the stability and performance of laser output.

3. Diode Lasers: Diode lasers are a common type of laser that typically require cooling to maintain their operating temperature. Chillers can be used to cool the laser diode arrays of diode lasers to prevent overheating and performance degradation.

4. Fiber laser: Fiber laser also generates a certain amount of heat when working and needs to be cooled to maintain a stable operating temperature. Some fiber lasers use a chiller as a cooling system to control the temperature by cooling the fiber and other components of the laser.

These are just some of the common types of laser equipment that require chillers for cooling. Specific laser equipment models and manufacturers may have different requirements and guidance, so when purchasing and using a laser equipment, it is best to refer to its instruction manual and manufacturer's recommendations to determine whether a chiller is required and how to properly configure and Use cooling system.

      
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