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Skin and Laser Cooling
Laser treatment, characterized by its non-invasiveness, high precision, and short recovery period, has emerged as an ideal solution for various skin issues. However, the heat generated during laser treatment cannot be overlooked as excessively high temperatures can not only cause discomfort but also damage skin tissue, potentially leading to burns.
Therefore, addressing thermal control issues during laser treatment and maintaining stable and optimal laser performance throughout the procedure has become crucial for ensuring effective treatment and patient safety. Due to size constraints, power consumption requirements, and noise limitations, thermal management can be another challenge.
To ensure the smooth progress of laser treatment and maximize skin protection, micro-refrigeration technology has been introduced into the field. The core function of this technology is to rapidly and effectively absorb and transfer excess heat generated during laser irradiation, preventing excessive surface temperatures on the skin. This is particularly important in applications such as laser hair removal and the treatment of pigmented lesions, as it not only reduces patient discomfort during the procedure but also enhances the efficiency and safety of the treatment.
Working closely with customer’s engineer’s team, MOIR cooling has been developing and manufacturing the miniature chiller subassembly for the medical laser devices for integrating directly into the their systems.
MOIR Compact Plate Cooling Unit
The benefits of Plate liquid chiller module include ultra small radiator and high heat flux. It provides excellent cooling performance and also allows the end user to adapt for ultimate flexibility.
- Refrigerant : R-134a/ R290
- Capacity: 100~600W adjustable
- Rated Voltage: 24V/ 48V DC
- Temperature Range: ±20℃ (-4~68℉)
- Compressor: Twin-motor inverter
- Dimension: 197 x 190 x 148mm
- Weight: 3.6kg (7.92lbs)
The mini cooling unit is a hermetically sealed refrigeration subsystem. It consists of a miniature variable speed dc compressor, condenser, evaporator, and drive board, capillary, and filter drier, fans, and other electrical parts.
The system is compact, lightweight and highly reliable that makes it well-suited for many portable applications. It is fully charged with natural R290 refrigerant and offers high heat transfer rates. The users can easily connect their coolant loop to the evaporator.
A quick glimpse of the plate cooling unit’s feature highlights.
- Enhanced Precision and Control: The mini cooling unit offers superior thermal stability, allowing practitioners to fine-tune settings with utmost accuracy, thus ensuring predictable results and enhanced patient safety.
- Improved Patient Comfort: By efficiently dissipating heat without direct contact with the skin, these mini liquid systems mitigate the risk of thermal injury while providing a soothing experience for the patient.
- Versatility Across Applications: Compact design allows for seamless integration into existing equipment or treatment platforms, making them ideal for both stationary clinical settings and portable devices used in field applications.
- Reliability and Consistency: The DC Cooling Unit boasts robust construction and advanced thermal management capabilities, ensuring consistent performance under varying load conditions. By eliminating the reliance on ambient temperature or airflow, these systems deliver reliable cooling solutions that healthcare professionals can depend on, day in and day out, enhancing operational efficiency and treatment efficacy.
The miniature cooling provides greater capacity while reducing reliance on cooling media, system complexity, and volume. Additionally, micro vapor cooling technology offers advantages in energy efficiency, environmental friendliness, and reliability, meeting the demands of various application scenarios.
Moir’s miniature liquid chiller unit is a type of circulatory cooling subsystem for chilling recirculated water. It is designed to reduce the heat load generated by medical devices during the laser procedures. Because of its benefits of providing fast, efficient, and precise cooling to the desired temperature, it is an ideal option for medical laser applications. The liquid cooling system is able to maintain the temperature and help achieve the goal of quality patient treament.
With natural R290 refrigerant and twin-motor configuration, the miniature compressor-based water chiller delivers higher heat pumping capacity, and reduced noise for quieter operation. Plus, it is compact size offers a smaller and lighter package to reduce the footprint to minimize. This innovative chiller can cool up to 600W and maintain a temperature range from -10°C to 40°C.
At Moir Cooling, we take great pride in our technolgy. With a strong yet innovative team with deep market insight, we have developed and customized a range of liquid chillers with outstanding efficiency and reliability to meet the growing demanding in medical equipment applications. The liquid cooling system are in-house manufactured by Moir Cooling’s factory under ISO9001 quality management system, backing our commitment to excellence. We gurantee the refrigeration solutions that align with the highest standards of the medical equipment industry.
