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Industrial Laser Chiller Machine

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Industrial Laser Chiller Machine Specification

Phase
Single or Three Phase

Technology
Refrigeration & Water Circulation

Power
2.5 kW

Usage & Applications
Laser Engraving, Laser Marking, CNC Machines, Welding and Cutting Equipment

Product Type
Laser Chiller Machine

Laser Type
Industrial Laser Cooling Compatible

Material
Heavy Duty Steel / Sheet Metal

CNC Or Not
Not CNC

Computerized
No

Automatic Grade
Automatic

Cooling Mode
Water Cooling

Control System
Microprocessor-Based Digital Controller

Voltage
220V / 380V

Weight (kg)
Approx. 50 kg

Dimension (L*W*H)
700 x 430 x 800 mm

Capacity
Industrial Grade

Feature
Fast Cooling, Low Noise, High Efficiency

Color
White/Blue

Pump Power
0.37 kW

Protection
Compressor Overload, Flow Alarm, Water Level Alarm

Circulating Water Flow Rate
16L/min

Display
Digital LED Display

Ambient Temperature Range
5°C - 40°C

Temperature Control Accuracy
±1°C

Water Tank Volume
25 Liters

Inlet/Outlet Pipe Diameter
DN25

Cooling Capacity
5000W

Refrigerant
R-22 / R-407C / R-410A

Compressor Brand
International Standard Brand

About Industrial Laser Chiller Machine

An industrial laser chiller machine is a specialized cooling system designed to maintain optimal operating temperatures for high-power laser systems used in industrial applications. These machines are crucial for dissipating the heat generated by the lasers, ensuring consistent performance, prolonging the lifespan of laser components, and maintaining overall system efficiency. Industrial laser chiller machines employ advanced cooling technologies, such as refrigeration or liquid cooling, and are equipped with features like temperature control, circulation pumps, and monitoring systems to provide precise and reliable cooling for demanding laser systems.

Frequently Asked Questions (FAQ) :

Q: Why is a laser chiller machine necessary for industrial laser systems?

A: Industrial laser systems generate significant amounts of heat during operation. Without proper cooling, excessive heat can cause performance degradation, thermal drift, or even damage to sensitive laser components. A laser chiller machine is necessary to regulate and remove the heat, maintaining stable operating temperatures and ensuring the longevity and reliable performance of the laser system.

Q: What types of lasers require a chiller machine?

A: Industrial laser chiller machines are commonly used with high-power lasers, such as CO2 lasers, fiber lasers, diode lasers, or solid-state lasers. These lasers are utilized in various applications like laser cutting, engraving, welding, marking, or additive manufacturing. The specific cooling requirements may vary depending on the laser type, power output, and operational conditions.

Q: How does an industrial laser chiller machine work?

A: An industrial laser chiller machine works by circulating a cooling medium, typically water or a specialized coolant, through the laser system to absorb and carry away heat. The chiller machine uses refrigeration or liquid cooling methods to maintain the desired temperature within the laser system. It continuously monitors and adjusts the cooling parameters, such as flow rate, temperature, and pressure, to ensure optimal cooling efficiency.

Q: What are the key features of an industrial laser chiller machine?

A: Industrial laser chiller machines are equipped with several key features to provide efficient and reliable cooling. These features include temperature control systems for precise regulation of the cooling medium, circulation pumps to maintain fluid flow, heat exchangers for heat transfer, filtration systems to remove contaminants, monitoring sensors for real-time temperature and pressure readings, and alarm systems to alert users of any potential issues or abnormalities.

Advanced Cooling Technology

Utilizing cutting-edge refrigeration and water circulation, this laser chiller provides consistent cooling for industrial laser units, minimizing downtime due to overheating. The system is equipped with a high-capacity compressor from international brands, ensuring durability and continuous high-efficiency performance even in rigorous conditions.

Precision Temperature Control

Achieve accurate and stable temperature regulation with a microprocessor-based digital controller. The chiller maintains cooling within a tight 1C margin, crucial for high-precision laser operations. The digital LED interface allows real-time monitoring and easy adjustments, supporting optimal operation at ambient temperatures between 5C and 40C.

Durability Meets Versatility

Designed with heavy-duty steel and sheet metal, this unit is built for longevity and resilience in industrial settings. Its flexible voltage options, single or three-phase compatibility, and range of safety protections make it a reliable choice for manufacturers and service providers across various sectors.

FAQs of Industrial Laser Chiller Machine:

Q: How does the industrial laser chiller ensure optimal cooling for laser equipment?

A: The chiller utilizes a high-capacity (5000W) refrigeration system, circulating water at 16L/min across a DN25 pipe to efficiently dissipate heat from laser machinery. The microprocessor-based digital controller and precise temperature regulation (1C) guarantee stable laser operation and prevent overheating.

Q: What types of lasers and equipment are compatible with this chiller?

A: This system is compatible with a wide range of industrial lasers (for engraving, marking, welding, and cutting) as well as CNC machines. Its versatile cooling approach suits various power setups (single/three-phase) and environments thanks to its adjustable voltage (220V/380V) and rugged construction.

Q: When should I perform maintenance on the laser chiller?

A: Routine maintenance is advised every three to six months. Regularly check water levels, inspect for leaks, clean the water tank (25L) and filters, and ensure the digital display and protection systems (flow and water level alarms) are working correctly to maximize machine lifespan.

Q: Where can I install the industrial laser chiller for best performance?

A: Install the chiller in a clean, well-ventilated area within the recommended ambient temperature range (5C-40C). Ensure it is situated on a stable surface near the equipment it will cool, and away from direct heat sources and dust, to maintain optimal efficiency and safety.

Q: What benefits do the safety features offer to users?

A: Built-in protections, including compressor overload, flow alarms, and water level alarms, help prevent system failures by alerting operators early, minimizing production downtime, and ensuring stable cooling operation for sensitive laser equipment.

Q: How can I monitor and control the chillers performance?

A: The digital LED display provides real-time operational data and temperature readings. Users can adjust settings or respond to alarms swiftly through the simple interface, supported by the microprocessor-based control system for effortless management of all chiller functions.

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