QGB Cylinder

The QGB cylinder has developed along with the advancement of microelectronics technology; its technology is becoming increasingly mature and affordable, and its application scope is constantly expanding. This system not only possesses the performance of traditional instruments, but also plays an important role in automation, aerospace, military, biology, medical and other fields. For example, to simultaneously measure multiple different parameters of a finger cylinder assembly and perform certain parameter control, a patient generally needs multiple catheters in the body, which increases the chance of infection, whereas a micro intelligent instrument can measure multiple parameters at the same time and can be implanted in the human body, thus solving the above problems.

The QGB cylinder is a cylinder driven by a driving motor. When fully charged, it can be divided into two types: one is the push type, and the other is the cylinder when energized. Both methods can be switched in different environments. It can be seen that the cylinder can be deformed, recombined after disassembly, and then readjusted.

The QGB cylinder is a valve with a memory function. When it is turned off, and the finger cylinder metal joint is reconnected to the power supply, it will return to its original state. I will keep its piston in its original position; if affected, we can reconnect it. The pneumatic finger cylinder with valve uses a low-power valve device, so the coil is completely enclosed. We can see that through the all-plastic coil, its safety and sealing performance are both improved.