1. Laser Processing
Provides stable cooling for fiber lasers, CO₂, laser cutting, and marking equipment; prevents optical path misalignment or power degradation caused by temperature fluctuations; and ensures processing precision.
2. Medical & In Vitro Diagnostics
Used for heat dissipation in large-scale medical equipment such as CT, MRI, and PET-CT scanners; simultaneously maintains a low-temperature environment of 2–4°C for reagents within in vitro diagnostic instruments (e.g., biochemical analyzers) to ensure testing accuracy.
3. Laboratory & Scientific Research Equipment
Provides a constant-temperature cooling source for precision instruments-such as reactors, rotary evaporators, and mass spectrometers-supporting prolonged experimental operations and meeting the rigorous temperature stability requirements of scientific research.
In the field of industrial cooling, portable water-cooling systems are primarily utilized for heat dissipation and temperature reduction in production equipment, including lasers (e.g., cutting and marking devices), machining centers, electronic molds, and injection molding machines.
In the realm of laboratories and precision instrumentation, these systems provide a constant-temperature cooling environment for laboratory apparatus and precision instruments, thereby fulfilling their specific temperature control requirements.
Within the context of air conditioning systems, portable water-cooling units can serve as a cooling source for central or process-specific air conditioning systems, supplying chilled water to terminal devices-such as air handling units-for cooling purposes.
For specialized applications, air-cooled portable water-cooling systems offer exceptional flexibility and convenience; as they do not require an external cooling water supply, they are ideally suited for use in water-scarce regions, mobile environments, or scenarios where installation space is limited.
