MOIR COOLING miniature compressor represents a significantly smaller footprint, less-weight technology with high efficiency, outstanding capacities, low vibration, and quiet operation.
MOIR COOLING is a company providing mini compressor solutions to refrigeration & air conditioning applications where space and weight are crucial. Due to the rapidly growing demand for small cooling in the global world, our miniature compressor plays a vital role in the small cooling sector and has helped many enterprise and startups upgrade their devices with our latest mini-compressor technology.
Previous Peltier technology is widespread in medical laser devices. They are small but have a high power consumption and limited cooling capacity dependent on the ambient temperature. To meet a larger cooling effect and effectively dissipate the heat from the equipment, the only solution is to use larger housing for the Peltier cooler. Unfortunately, the space has constraints.
Therefore, the market requires an alternative rather sooner than later. The performance and space restrictions have always been a big challenge for medical and laboratary equipment integrators. The unbelievably small compressor transcended this main barrier for compact refrigeration.
Our engineering team has reduced the weight and the size of the rotary miniature compressor to no bigger than a 330ml soda can. The new small compressor combines high-efficiency brushless motor technology, minimizing the loss of refrigerant, and results in a 30% increase in energy efficiency while decreasing the vibration up to 80% due to its twin-cylinder pump technology.
The miniature compressor with a cooling capacity of up to 800 watts is a breakthrough result in the thermal management industry. It changes your way of thinking about your cooling requirements. It can be employed in many electronic cooling applications from compact water chillers to direct refrigeration of laser diodes.
MOIR offers our customers complete solutions to facilitate the tiny DC compressor into their devices with great flexibility and high performance.
