Applications

Several key scientific applications of pneumatic products include:
1. Robotics and Bionics
This is one of the most revolutionary scientific applications of pneumatic technology.
Soft Robotics: This is the home turf of pneumatic technology. Traditional rigid robots are constructed from motors and metal, while soft robots are made from flexible materials such as silicone and rubber and are powered by compressed air.
Soft Grippers: Grippers made using pneumatic network structures can gently grasp fragile, irregularly shaped objects (such as fruit, laboratory vessels, and even living animals) like octopus tentacles without causing damage.
2. Biomedicine and Life Sciences
Tissue Engineering: In 3D bioprinting, pneumatic systems are used to precisely deposit cells and biogels (bioinks) to construct artificial tissues and organ scaffolds.
Respiratory Simulation and Medical Devices: The development of medical devices such as ventilators and anesthesia machines requires highly accurate and reliable gas flow and pressure control. Pneumatic valves and sensors are at the heart of these devices. Furthermore, human lung models often use pneumatic systems to simulate breathing, which is used to test drug or device performance. In short, pneumatics has long transcended its traditional image as a “cylinder in a factory.” Leveraging its unique physical properties, it has become a key enabling technology for advancements in cutting-edge scientific fields such as robotics, biomedicine, physics, and chemistry, continually helping scientists explore the unknown and create new knowledge.