Category: Matsushita Rotary Compressor

The Compressor Division of Matsushita Electric Industrial Co., Ltd. is the world’s largest manufacturer of rotary compressors for room air conditioners and features state-of-the art manufacturing and engineering facilities.
The Matsushita Rotary Compressors are designed by optimizing the three critical elements of high efficiency and high performance.
1. Extremely close tolerances are maintained between moving parts resulting in high compressor volumetric efficiency.
2. Mechanical losses due to vibration and friction are minimized due to the precision machined, ultra-smooth finishes on moving parts surfaces.
3. Gas flow losses and operating sound levels are minimized by designing a gas circulation route that helps assure smooth flow throughout the rotary cycle.

The Compressor Division of Matsushita Electric Industrial Co., Ltd. is the world’s largest manufacturer of rotary compressors for room air conditioners and features state-of-the art manufacturing and engineering facilities.
The Matsushita Rotary Compressors are designed by optimizing the three critical elements of high efficiency and high performance.
1. Extremely close tolerances are maintained between moving parts resulting in high compressor volumetric efficiency.
2. Mechanical losses due to vibration and friction are minimized due to the precision machined, ultra-smooth finishes on moving parts surfaces.
3. Gas flow losses and operating sound levels are minimized by designing a gas circulation route that helps assure smooth flow throughout the rotary cycle.

The Compressor Division of Matsushita Electric Industrial Co., Ltd. is the world’s largest manufacturer of rotary compressors for room air conditioners and features state-of-the art manufacturing and engineering facilities.
The Matsushita Rotary Compressors are designed by optimizing the three critical elements of high efficiency and high performance.
1. Extremely close tolerances are maintained between moving parts resulting in high compressor volumetric efficiency.
2. Mechanical losses due to vibration and friction are minimized due to the precision machined, ultra-smooth finishes on moving parts surfaces.
3. Gas flow losses and operating sound levels are minimized by designing a gas circulation route that helps assure smooth flow throughout the rotary cycle.