020080-1 WaterJet 87K Intensifier Low-Pressure Piston (Short Block) WaterJet Pump Parts

020080-1 WaterJet 87K Intensifier Low-Pressure Piston (Short Block) WaterJet Pump Parts

Piston:

The plunger rod is connected to both sides of the piston and is fixed by the gland. It is installed inside the cylinder and moves back and forth between the left and right sides of the cylinder. The working power of the piston comes from the pushing and pushing of hydraulic oil inside the cylinder.

Waterjet accessories manufacturers: common problems in waterjet cutting:

1. Can people approach when the waterjet is running? 

During the operation of the water jet, the power of the high-pressure water jet is very large, so the operator must keep a certain distance from it to avoid accidental injury.

2. Can waterjet cut tempered glass? 

Tempered glass itself cannot be cut, and neither can water jets.

3. Is it difficult to operate the water jet? 

The operation of the waterjet is very simple, as long as the image is designed with CAD, the waterjet can be cut

4. Can the garnet sand used by the water jet be used repeatedly? 

The edges and corners of the used garnet sand will be smoothed during the waterjet cutting process, and it will be of no use to use it again.

020080-1 WaterJet 87K Intensifier Low-Pressure Piston (Short Block) WaterJet Pump Parts:

Our company:

Shandong WAMI CNC Technology Co., Ltd. is a manufacturer of industrial cutting ultra-high pressure waterjets. Based on years of machining experience, the company continues to research, improve and improve the current waterjet CNC machine tool technology and process status, so that the waterjet cutting equipment accuracy, efficiency and cutting ability have been better brought into play.We can configure the best solution for users according to customer needs.

Due to the complicated mechanical structure of the traditional beam pumping unit, the motor drive needs to be driven by a multi-stage reduction box and a connecting mechanism, which makes the efficiency of the pumping unit very low. Generally, the overall efficiency of the pumping unit is only about 30% 40%. In the research and development of composite 3D permanent magnet motors, we have solved the following key technical problems:

①Structural design problems of double-disk motor and outer rotor motor

②Stable operation of starting, forward and reverse rotation of composite permanent magnet synchronous motor

③The new calculation method and design program of the compound one-dimensional permanent magnet motor