Hanli Integrated Water Chiller For Laser Welding, Cutting & Cleaning

Hanli Integrated Water Chiller for Laser Welding, Cutting & Cleaning: Key Advantages and Usage Tips

Hanli integrated water chillers are specialized cooling solutions designed for laser welding, cutting, and cleaning equipment, with core strengths in multi-scenario adaptability and stable heat dissipation-critical for protecting laser sources (e.g., CO₂, fiber lasers) from overheating and ensuring process accuracy.

1. Core Advantages for Laser Applications

- Integrated design for space efficiency: Combines water tank, pump, radiator, and control panel into one compact unit, saving installation space (ideal for workshops with limited area) and simplifying wiring/pipe connections.

- Precise temperature control: Features ±1°C temperature stability (adjustable 21–35°C), which is essential for laser processes-e.g., consistent cooling prevents fiber laser power fluctuations during cutting, or CO₂ tube electrode wear during welding.

- Multi-load compatibility: Supports laser equipment with power ranges typically from 15p0W to 3000W (models vary), covering small desktop laser cutters to industrial high-power welding machines. Some models offer dual-circuit cooling to serve two laser components (e.g., laser head + power supply) simultaneously.

- Safety protections: Equipped with multiple safeguards-water flow alarm (shuts down if flow is insufficient), high-temperature alarm, and over-voltage protection-to avoid laser damage from cooling failures.

2. Usage & Maintenance Tips for Long-Term Stability

- Match the chiller to laser power: For example, a 1000W fiber laser cutting machine requires a Hanli chiller with cooling capacity ≥2.5kW (check the product manual for power matching guidelines); undersized chillers cause overheating.

- Use proper coolant: Fill with distilled water + Hanli's dedicated corrosion inhibitor (or equivalent); tap water causes scale buildup in pipes, reducing cooling efficiency and damaging the pump.

- Regular maintenance:

Clean the air filter (on the chiller's side) every 2 weeks to prevent dust blocking the radiator.

Replace the coolant every 6 months (or earlier if it turns cloudy) to avoid algae growth.

Check pipe connections monthly for leaks-loose joints lead to water loss and unstable flow.

- Adapt to working environment: Place the chiller in a well-ventilated area (avoid direct sunlight or high-temperature zones like near welding torches); ambient temperature above 35°C lowers its cooling performance.