The X-K series gas-liquid booster cylinder uses compressed air as its power source. By utilizing Pascal's law of conservation of energy, the force-bearing area is altered, thereby increasing pressure by several dozen times. This energy-saving product utilizes an air spring for a longer stroke, resulting in higher speed and efficiency. For applications requiring a high mounting height, a parallel assembly design is available.
Q-S or Q-K Series | X-S or X-K Series | X-KT Serie | Customizable |
Common standard sizes available | Highest configurability, high travel speeds | Equipped with independent pressure boosters for one or more working cylinders | Compact, ultra-thin, and hand-clamp versions |
| Shortest delivery times | Configurable to suit the application | Suitable for long power strokes | Application-specific designs |
Attractive pricing | Precise control and adjustment | Working cylinders can be controlled individually | Compatible with all accessories |
Mechanical return spring | Air return spring | Compact design and flexible installation | Mechanical or air springs |
Pressure: 2-300 kN | Pressure: 2-1700 kN | Pressure: 2-2000 kN | Pressure: 2-1740 kN |
| Total stroke: Up to 200 mm | Total stroke: Up to 400 mm | Total stroke: up to 400 mm | Total stroke: Up to 400 mm |
| Power stroke: Up to 52 mm | Power stroke: Up to 69 mm | Power stroke: up to 100 m | Power stroke: Up to 80 m |
| Compressed air: 2-6 bar | Compressed air: 2-6 bar | Compressed air: 2-10 bar | Compressed air: 2-10 bar |
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Product Principle:
A booster cylinder is a hydraulic component that converts input pressure to a higher output pressure. A booster cylinder is a combination of a hydraulic cylinder and a booster. This system utilizes the principle that while the pressure remains constant, the pressure varies when the pressure area decreases. This allows the cylinder to increase the pressure by dozens of times. For example, a preloaded booster cylinder: when the working air pressure hits the surface of the hydraulic oil (or piston), the hydraulic oil compresses the air and flows into the preload stroke chamber. This pressure rapidly pushes the component to move. When the working pressure encounters resistance greater than the air pressure, the cylinder stops. At this point, the booster chamber of the booster cylinder is activated by an electrical (or pneumatic) signal, increasing the pressure and achieving the desired product shape.
Structure and Advantages and Disadvantages
A gas-liquid booster cylinder uses standard air pressure to achieve the high output of a hydraulic cylinder, without the need for a hydraulic unit. Its structure consists of an air cylinder, an oil cylinder, and an air-to-oil converter. Features: 1. Fast speed and stable output. 2. Simple installation, easy adjustment and maintenance. 3. High output, can reach the highest output of the oil pressure. 4. Easy access to the power source. 5. Low operating noise. 6. No disturbance caused by oil pressure system heating. Disadvantages: 1. The stroke of the gas-liquid booster cylinder is limited to a certain range. 2. The maximum tonnage generally does not exceed 100 tons (in theory, the stroke and output generally directly affect the size of the booster cylinder, the frequency of operation, the energy consumption, etc.)

Applications:
Marking, bending profiles, die punching, stamping steel, profile welding, extrusion forming, flattening and straightening, riveting and forging, shaping sheet metal, tight assembly, riveting, and metal stamping.

Product Application Industries:
High-frequency machinery, riveting equipment, pulp molding equipment, custom automation equipment, electronic machinery, electroacoustic equipment, lithium battery equipment, shoemaking machinery (heel nailing machines), bottle blowing machinery, metallurgical machinery, bag making machinery, pharmaceutical machinery, garment machinery, packaging machinery, cosmetics machinery, low-pressure glue injection equipment, bearing machinery, soccer ball cutting machinery, paper cup equipment, leather machinery, ceramic machinery, plant simulation machinery, testing machinery, grinding wheel machinery, detonator production machinery, woodworking machinery, hot stamping machinery, watchmaking machinery, food machinery, fluid processing equipment, etc.