What is Laser Water Chiller
This laser water chiller keeps the laser tube cool and is essential for repeatable professional cut and engraving quality. Highly recommended for non-temperature controlled environments (non air-conditioned warehouses) for lasers 60W and over.
Benefits of Laser Water Chiller
Improved Performance & Efficiency
Consistent temperature control provided by laser water chillers enhances the performance and efficiency of laser cutters.
Stable operating temperatures ensure the laser beam remains focused and precise, resulting in higher-quality cuts. Additionally, by self-regulating the water temperature, laser water chillers reduce downtime, allowing for continuous operation and increased productivity.
Cost Savings
Investing in a water chiller can lead to significant cost savings over time. Much like how fume extractors can help reduce maintenance, laser water chillers also help prevent unnecessary damage from overheating.
By protecting the laser cutter from heat-related damage, laser water chillers reduce the need for frequent maintenance and part replacements (mainly laser tubes).
Furthermore, modern laser water chillers are designed to be energy efficient, which can lower operational costs by reducing electricity consumption.
Increased Quality Of Cuts (Quality Standards)
Maintaining a consistent temperature is crucial for achieving high-quality output in laser cutting.
Temperature fluctuations can cause variations in cut quality, leading to defects and material wastage.
Laser water chillers ensure that the laser cutter operates under optimal conditions, producing uniform and precise cuts, and minimising the risk of material damage.
Related Products
1. Composed of several sets of auxiliary equipment
2. Over-voltage
3. Under-voltage
4. Short circuit protection
1. High precision and accuracy
2. Easy to adjust and manipulate
3. Can be customized to fit specific applications
4. Durable and long-lasting
5. Compatible with a variety of tools and instruments
1. High accuracy and precision
2. Wide frequency range
3. Easy to install and operate
4. Durable and long-lasting
5. Customized for specific applications
1. Rotation mechanism: The positioner has a motorized rotation mechanism that allows the workpiece to be rotated at different angles
2. Control system: The rotation speed and direction of the positioner can be controlled through a control system, which can be operated manually or through a computerized interface
3. Durability: The positioner is built with heavy-duty materials to ensure durability and stability during operation
4. Safety: The positioner is equipped with safety features such as emergency stop buttons and overload protection to prevent accidents
1. The overall water-cooling and module structure are completely closed, which can solve the dust pollution of optical lenses with a dust-proof grade of IP65
2. Coaxial air supply mode, and annular powder feeding, improve the stability of powder
3. The adjustable design of the cladding nozzle can effectively solve the cladding difficulties of special-shaped products
4. Powder feeding rate: 2 ～ 80g/min
5. Powder focus size: 3-8mm; 6. Typical powder size: 25-160um (500-90 meshes)
1. High-precision laser beam for accurate and efficient surface hardening
2. Compact and lightweight design for easy integration into production lines
3. High-quality optical components for long service life and low maintenance requirements
4. User-friendly interface for easy operation and control
5. Can be used for a wide range of workpiece sizes and shapes
Integrated Human-machine Interface
1. High-resolution touchscreen display for easy operation and monitoring
2. Real-time machine performance monitoring and fault diagnosis
3. User-friendly interface for intuitive control and data analysis
4. Multiple input/output options for flexible connectivity
5. Compact and lightweight design for easy installation
1. High precision and accuracy
2. Good flow control and material distribution
3. Durable and long-lasting
4. Compatible with various types of laser cladding machines
5. Customizable according to specific requirements
1. High-precision focusing lens for accurate and uniform heating
2. Compatible with a variety of laser machines
3. Compact and sturdy design for easy integration into a production line
4. Produces high-intensity laser beams for efficient and effective heat treatment
5. Increases wear resistance, strength, and durability of metal parts
Quality Assurance
Guosheng Laser obtained the certification of ISO9001:2015, ISO14001:2015, ISO45001:2018.
Cutting-edge Technology
Guosheng Laser has strong technical resources, abundant research and development forces, advanced production technology, fast delivery cycle, flexible technical services, provides customers with cost-effective products and services.
Customer Service
The company offers excellent customer service and support, making it easy for customers to resolve any issues they may have with the product.
Laser water chiller is a kind of water cooling equipment. The laser water chiller is a kind of cooling water equipment that can provide constant temperature, constant current and constant pressure. Next, let me introduce the working principle of the laser water chiller:
So, how does the refrigerator maintain the stability of laser technology? The standard laser water cooler has a refrigeration device to deliver the coolant to the process laser tube, where heat exchange is carried out to cool the laser to the optimal temperature. The heated coolant returns to the refrigeration device through the pipeline, and the absorbed heat is eliminated in the refrigeration device, so as to regenerate the coolant and conduct a new round of heat exchange with the laser device.
The small laser water chiller used in the laser cutting machine continuously circulates between the laser tube and the evaporator of the compressor refrigeration system through the operation of the cooling water of the circulating water pump. The refrigeration system converts the heat generated by the laser tube into air. The corresponding control button on the laser water chiller can set its operation, and the cooling circulating water is at a controllable temperature. It also has the function of circulating water flow detection, over temperature alarm and automatic temperature control.
Applications of Laser Water Chiller
Manufacturing, Medical, Automotive, And More
In the manufacturing industry, laser water chillers are crucial in cooling laser-cutting machines and ensuring optimal performance. They help maintain stable temperatures during cutting, resulting in higher precision and efficiency. Laser water chillers are also widely used in medical applications such as laser therapy and cosmetic procedures. The ability to regulate temperature ensures patient comfort and safety during these treatments. Additionally, automotive companies utilize laser water chillers for welding and marking processes to achieve consistent quality and accuracy.
Real-world Examples Of How Laser Water Chillers Improve Performance And Productivity
One real-world example of how laser water chillers enhance performance is in the field of research and development (r&d). R&d labs often require precise temperature control for their lasers during experiments or prototype testing. Laser water chillers provide this stability, allowing researchers to focus on their work without worrying about temperature fluctuations that could compromise results.
Another example is in the customized design industry, where intricate patterns are engraved or etched onto various materials using lasers. By utilizing a water chiller for a laser cutter, manufacturers can achieve clean cuts without thermal damage to the surrounding material. This not only improves productivity but also reduces waste.
The versatility of laser water chillers in various industrial processes
Laser water chillers offer versatility across various industrial processes beyond cutting or engraving applications. For instance, they are used in microelectronics manufacturing to cool down semiconductor lasers during production processes like wafer dicing or wire bonding.
Moreover, fiber optic communication relies on fiber lasers that require precise temperature control for optimal performance. Laser water chillers ensure stable operating conditions for these critical components, enabling reliable data transmission.
Key Factors to Consider Before Choosing a Laser Water Chiller
Cooling Capacity: The laser water chiller's ability to remove heat from your process is paramount. Ensure it meets your specific cooling requirements by considering factors like the flow rate and desired temperature delta (the difference between the inlet and outlet temperatures of the coolant).
Energy Efficiency: Opt for an energy-efficient laser water chiller to minimize operational costs and environmental impact. Look for laser water chillers with features like variable-speed drives and advanced compressor technology.
Customization Options: Consider whether you need a standard or customized chiller design to fit your facility's unique layout and space constraints. Some manufacturers offer modular chillers that can be scaled to meet your needs.
Location and Footprint: Laser water chillers can be air-cooled or water-cooled. Air-cooled chillers require more space for proper airflow, while water-cooled chillers need access to a cooling tower and makeup water. Evaluate your available space and choose a chiller that will fit comfortably.
Maintenance Requirements: Regular maintenance is essential for optimal chiller performance and lifespan. Choose a laser water chiller with easy access to components for cleaning and service, and inquire about the availability of maintenance contracts from the manufacturer or a qualified service provider.
Manufacturer Reputation and Service: Select a reputable laser water chiller manufacturer with a proven quality and reliability track record. Inquire about warranty coverage, after-sales service availability, and the manufacturer's response time to service requests.
Daily Maintenance Method of Laser Water Chiller
Understand the laser water chiller
Laser water chiller is a kind of water cooling equipment, laser water chiller is a kind of cooling water equipment that can provide constant temperature, constant current and constant pressure. laser water chillers are mainly used in laser marking machines, laser engraving machines, laser welding machines, laser inkjet printers, laser cutting machines and other laser processing equipment. It can precisely control the temperature required by the laser equipment, thus ensuring the normal operation of the laser equipment.
Daily maintenance method of laser water chiller
Use the chiller in a ventilated and cool place, below 40℃ is recommended. When using the laser water chiller, the machine room should be kept clean and well ventilated, and the condenser should be cleaned regularly to ensure the normal operation of the unit.
The water should be replaced regularly, the water tank should be cleaned regularly, and the water should be changed every 3 months.
The water quality and temperature of the circulating water will affect the service life of the laser tube. It is recommended to use pure water and control the water temperature below 35°C. If it exceeds 35°C, add ice cubes to cool down.
When the unit fails and alarms and stops, you should press the alarm stop button first, and then check the cause of the fault. Remember not to force the start-up operation before the fault is eliminated.
Regularly clean the laser water chiller condenser and dust-proof net.
If it is not an emergency, do not shut down the unit by cutting off the power at will;
In addition to daily maintenance, winter maintenance also needs to prevent freezing. In order to ensure the normal use of the laser water chiller, the ambient temperature should not be lower than 5 °C, and the method to avoid freezing of the chiller: In order to prevent freezing, the chiller can be kept above 0 °C all the time. If the conditions cannot be met, it can keep the chiller turned on all the time, so that the water in the pipeline can keep flowing and prevent freezing.
During holidays, when the laser water chiller is in a shutdown state, or it is shut down for a long time due to failure, the water in the water tank and pipeline of the chiller can be drained as much as possible. If the unit is out of use for a long time in winter, turn off the unit first, then turn off the main power supply, and drain the water in the laser water chiller. Finally, according to the actual situation of the chiller, appropriate antifreeze can be added. The laser water chiller is a cooling device that mainly performs water circulation cooling on the generator of the laser equipment, and controls the operating temperature of the laser generator, so that the laser generator can maintain normal work for a long time. It is an individual industrial chiller for the laser industry.
Our Factory
Xi'an Guosheng Laser Technology Co., Ltd. is a high-tech enterprise specializing in R&D, manufacturing and sales of automatic laser cladding machine, high-speed laser cladding machine, laser hardening machine, laser welding machine, laser cleaning machine and laser 3D printer. Xi'an Guosheng Laser Technology Co., Ltd. was founded in 2015(Its wholly-owned subsidiary: Shaanxi Guosheng Laser Technology Co., LTD.). Guosheng Laser has established Xi'an Aerospace R&D and Design Center, Weinan Production Base and Xianyang Production Base. The company processes a workshop area of 2,000 m2, the quantity of employees is 30, including 5 senior research staff and engineers, which is capable of providing a complete set of solutions for laser additive manufacturing technology with integrated structure and function.
Our Certification
Guosheng Laser obtained the certification of ISO9001:2015, ISO14001:2015, ISO45001:2018.
Asked Questions
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