Cutting-Disc Compressor Shell Breaking Machine

Cutting-Disc Compressor Shell Breaking Machine is mainly used for shell dismantling of air conditioner compressors and refrigerator compressors.The rotating cutting blade is used to break open the compressor shell,making it more convenient and efficient to extract internal coils and other components. The machine mainly consists of: main frame, lifting assembly, rotating assembly,electrical compo- nents,clamping assembly,follow-up cutting assembly and hydraulic system. The whole machine features rational structure, simple operation, safe use and reliable performance. This equipment can significantly improve the working environment, reduce labor intensity and increase production efficiency.

Operation process

1.First, fill the oil tank with #46 high anti-wear hydraulic oil. Connect he power supply and press the
start button.
2. The up/down buttons control the height of the rotating platform. Place the compressor shell on the
platform and use the jog button to adjust it to the optimal heighit.
3. The start/stop rotation buttons control the rotation of the plattform
4.Press the cutting start button to move the cutter inward. After cutting open the shell, press the cut
tingstopbuttontoretract the cutter outward and exit the cutting process

Machine Structure

The Cutting-Disc Compressor Shell Breaking Machine is widely applicable in the dismantling and recycling of sealed compressors, especially:

1. Air conditioner compressors – suitable for various household, commercial, and industrial air conditioning units.
2. Refrigerator compressors – effective for small, medium, and large refrigerator compressor shells.
3. Scrap recycling plants – ideal for dismantling large volumes of waste compressors to recover copper coils, iron, and other valuable materials.
4. Appliance remanufacturing & resource recovery centers – supports eco-friendly processing by improving material separation and recycling efficiency.

It is particularly suitable for enterprises engaged in appliance recycling, metal recovery, and environmental resource utilization, where high efficiency, safety, and reduced labor intensity are required.