How does robotic waterjet cutting system work? 

The Waterjet robotic cutting principle is very simple, but it contains many high-tech technologies. First of all, where does the ultra-high pressure water come from? The key to the formation of ultra-high-pressure water lies in the high-pressure pump. We can use an example to illustrate the waterjet robotic cutting principle. The principle of generating high-pressure water is equivalent to the process of inflating and then deflating the tires. An air pump is used to inflate the tires to generate air pressure. Then unplug the tire vent, the gas will be sprayed out in a high-pressure form as a high-pressure air column, the above-mentioned gas is replaced by water, the inflator is replaced by a intensifier pump, the tire is replaced by an accumulator, and the tire vent is replaced by cutting Head, the result is like this. The intensifier pump pumps tap water into the accumulator to boost pressure, and then the accumulator is connected to the cutting head, and the cutting head is used to control the cutting head to switch water. The waterjet robotic cutting principle and process are like this, but the resulting water pressure is very high , It can reach 300MPa-420MPa, which requires professional core technology. The robot is equipped with a cutting head on the six axis of the robot to control the cutting path of the cutting head and realize the cutting of various special shapes and curves. How does robotic waterjet cutting system work? Here above is the answer. 

Water cutting booster pump: Ultra-high pressure generator is the core part of water cutting equipment, where high-pressure water is generated

Master control system: control all parts of the entire workstation,

Robot: Realize different cutting paths

Robot control system: Control the robot according to the program to realize the required walking path

Fan: Use vacuum principle to fix cutting parts

Cutting table: Carrying the cutting mold to realize the replacement of different molds and cut different parts

High-pressure pipeline: a high-pressure pipe that transmits high-pressure water

Cutting head: high pressure water is injected from here to cut parts

Protective fence: safety protection