Laser device chiller

Chiller Price

To obtain the prices of chiller units from Novin Sanat Parto Gostar Vanda for welding, cutting, and engraving machines, please contact our sales experts.

When you invest in a high-quality chiller, you can expect:

• Increased performance and laser output
• Improved longevity of laser systems
• Lower energy consumption costs related to cooling
• Reduced need for frequent maintenance or repairs
• Enhanced safety in applications where heat can be hazardous

Price of Laser Machine Chillers

To obtain the prices of chiller units from Novin Sanat Parto Gostar Vanda, please contact our sales experts.

By purchasing quality chillers such as the C-109-CQY+ models, you can experience numerous benefits in fiber laser machines. These advantages not only contribute to the optimal performance of the laser machine but can also lead to reduced operational costs and an extended lifespan of the device.

• Increased Accuracy and Quality of Laser Output: High-quality chillers maintain a stable and optimal temperature for the laser machine, preventing temperature fluctuations and stabilizing the machine’s performance. This is particularly important in sensitive processes like welding, cutting, and engraving, as temperature stability improves accuracy and output quality. This means more precise welds, finer cuts, and more uniform engravings, ultimately enhancing customer satisfaction.
• Reduced Maintenance Costs: Quality chillers can prevent the machine from overheating, thereby reducing stress on sensitive components such as pumps and compressors. Preventing temperature increases helps diminish the likelihood of mechanical and electronic failures, resulting in lower maintenance costs for the laser machine. This feature is particularly beneficial in industrial environments that require continuous and uninterrupted operation.
• Energy Savings and Reduced Operational Costs: Advanced chillers are typically equipped with energy-saving technologies that can optimize electricity consumption. By utilizing digital systems and variable compressors, these chillers precisely adjust cooling loads, resulting in reduced energy usage. This leads to lower operational costs in the long run, especially in workshops and factories that continuously use laser welding machines.

• Increased Device Lifespan: High-quality chillers help maintain the laser machine’s temperature at an optimal level, preventing additional thermal stress on sensitive parts. This contributes to less wear and tear on the machine’s components and ultimately extends the lifespan of the fiber laser device. Therefore, investing in quality chillers can lead to greater efficiency and reduced replacement costs for the machine.
  Fiber Laser Chiller

  A chiller is considered one of the essential equipment for cooling fiber laser machines. By controlling the temperature of the device, it prevents overheating and damage to sensitive components. This device maintains the temperature of various laser components within a stable range through refrigeration cycles, which is crucial for enhancing the lifespan and improving the performance of the laser. Fiber laser chillers operate based on a refrigeration cycle. First, the compressor compresses the refrigerant gas to high pressure and sends it to the condenser. At this stage, the gas converts to liquid by transferring heat to the external environment. Then, in the evaporator, the liquid refrigerant evaporates and absorbs the excess heat from the laser device. As a result, the cooling cycle repeats, and the device returns to an appropriate temperature.

  Advanced chillers are equipped with digital temperature control systems, which continuously measure the temperature with thermal sensors and automatically make adjustments when needed. This helps stabilize the temperature and prevents thermal damage to the device.

  Important Features When Purchasing the Right Chiller

  To maximize the performance of the laser device, it is essential to choose a chiller that aligns with the technical needs of the machine. Key features to consider when selecting a chiller include:

  • Cooling Capacity: The cooling capacity of the chiller should be compatible with the laser’s power to effectively absorb and dissipate generated heat. Otherwise, the device’s temperature will rise, disrupting its performance.
  • High Build Quality and Durability: High-quality and durable chillers are more resistant to harsh working conditions and require less maintenance.
  • Low Noise Level: In environments where noise reduction is important, water-cooled chillers are a better choice.
  • Optimized Energy Consumption: Modern chillers with variable compressors and digital control systems consume less energy, effectively reducing operational costs.
  • Precise Temperature Control: Digital control systems help the chiller continuously monitor and adjust the laser’s temperature, which prevents temperature fluctuations and maintains the quality of the device.

  Chiller for Laser Cutting Machines

  The chiller for laser cutting machines plays a crucial role in maintaining optimal performance and extending the lifespan of the machine. It is responsible for regulating the temperature of the laser cutting device. The chiller has a specified temperature range, and continuous switching of the compressor outside this range can cause damage. This system prevents blockage in the water pathways and other issues, providing alarms if problems arise. Even using distilled water cannot prevent sediment formation in the tank. To ensure better operation, the filters and covers of the chiller should be cleaned regularly.

  Cooling Chiller for Laser Machines

  Chillers suitable for fiber lasers are mainly divided into two types: air-cooled and water-cooled chillers, each having specific advantages and disadvantages.

  • Air-Cooled Chillers: These chillers use airflow to cool the refrigerant. Their main advantage is easy installation and lower costs, making them suitable for devices with low to medium power. However, the disadvantages of these chillers include reduced efficiency at high temperatures and the need for more installation space. They are suitable for devices with lower power, around 1-2 kilowatts.
  • Water-Cooled Chillers: Water-cooled chillers use water to cool the refrigerant and are more efficient for high-powered lasers. These types of chillers produce less noise and perform better at high temperatures. However, their installation and maintenance costs are higher, and they require water sources. They are suitable for high-powered laser machines, such as those rated at 20 kilowatts or more.

  The choice of chiller type depends on the required cooling capacity and the working environment. Smaller chillers are generally used for home and light industrial lasers, while larger water-cooled chillers are recommended for high-powered devices in industrial and medical settings.