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Compact air cylinders are pneumatic cylinders with an installation length that is extremely compact in relation to stroke length. They are used when space is extremely limited and the requirements for lateral loads are low. Read More…
Compact Air CylindersCompact cylinders are precision pneumatic actuators built to maximize productivity within a limited amount of space. Like all air cylinders, these mechanisms utilize pressure differentials in order to convert compressed air energy into mechanical energy. This energy is put to work in a number of industrial and commercial applications.
Peninsular Cylinder Co. designs and manufactures a complete line of pneumatic and hydraulic actuators for industrial automation, including cylinders, powered slides, rotary actuators, multi-motion actuators, grippers, escapements and sensors. Actuators may be used independently or in a modular fashion. Call us today for more information!
Pearl Technologies manufactures an innovative line of patented wear strips to meet or exceed your expectations. Pearl's products include a variety of air cylinders (rebuildable, rotating, high speed), hole punches and adapters, splicing adhesive and more. Contact us today for more information!
Built on a reputable history of innovative air cylinder production, Lehigh Fluid Power offers brass cylinders, double acting cylinders, rotary cylinders, miniature air cylinders and other cylinder accessories from our range of quality products. Not only do we supply these standard cylinders, we also have the expertise and capability to meet custom requirements with competitively priced solutions.
A manufacturer of pneumatic & hydraulic automation products & custom engineered switches, Nason has a wide range of design options available to ensure that the customer gets a product perfectly tailored for their needs. A variety of products offered includes pneumatic cylinders, hydraulic cylinders, non-rotating load carrying cylinders, pressure switches, vacuum switches & custom cylinders.
These compact, round-body cylinders, often known as pancake cylinders, are excellent for applications requiring strong force and a short stroke within a limited space. The bore of a typical compact air cylinder ranges in size from 12mm (0.472441”) to 100mm (3.93701”) with standard size ranging from 1.5mm (0.0590551) to 100mm. With the typical maximum stroke of 100mm, these cylinders are also frequently referenced as short- stroke cylinders.
Compact air cylinders are chosen based on how well they can carry out a certain task. There are different designs, choices, and combinations offered by numerous manufacturers. Occasionally, however, the task at hand cannot be completed with a normal product and a custom product is required. Custom tiny air actuator development is frequently time- and money -consuming but may be the only option for particular applications.
Types of Compact Air Cylinders
There are two types of compact air cylinders and these are single-acting and double-acting cylinders.
Single-acting (or single-rod) cylinders have compressed air (or another working fluid) supplied to only one side of the piston and the other side vents the air outward. The rod (the metal bar that transmits the force of the piston to the machine) expands or retracts depending on whether air is present within. The rod is spring-extended while the cylinder is full of air. A typical single-acting cylinder is pressure-extended, where, when air is exhausted, an internal spring returns the piston to its initial position; this is typically called spring return. Single-acting cylinders are the best choice when a force is required just in one direction and where the return stroke is unhindered and unloaded since the spring force causes the rod to lengthen. These devices are also common in locations where, for safety reasons, a defined position must be taken in the event of a power failure.
A double-acting cylinder acts with compressed air (or other fluid) alternating between both sides of the piston. A double-acting cylinder can perform work on both sides when the operating fluid is properly balanced and displaced on both sides of the piston. Double-rod cylinders are used when It is mechanically advantageous to couple a load to each end, or when the extra end can be utilized to install cams for controlling limit switches.
Applications of Compact Air Cylinders
Although compact air cylinders are smaller than other types of cylinders they can, nonetheless, be just as powerful. They have a wide range of uses for linear actuation and control, such as:
Single-acting compact cylinders are used in processes like transporting material-handling equipment to printing presses.
In many food-processing situations, a typical cylinder might not fit due to a lack of room. Or, a space may be difficult to accommodate a regular cylinder due to its design and, even if it does fit, it is difficult to get the most out of the cylinder, resulting in lower productivity and, eventually, lower profitability. For food processors, the ability to minimize their operational footprint without compromising power, efficiency, or control can significantly affect their bottom line. Compact cylinders are perfect for lighter-duty applications because they can fit in tight locations and support movements that only need a brief stroke because the rod moves on a tiny bearing surface.
Double-acting compact cylinders are commonly used in assembling, clamping, and other movement/positioning applications.
Filling and bottling industries also make use of compact cylinders since they fit in areas with less space.
Animatronic decorations typically feature compact cylinders to provide character movement.
Benefits of Using Compact Air Cylinders
Compact air cylinders offer high performance at low prices.
They are easily adapted to a wide range of machines and environments.
Some compact air cylinders feature a special oval bore cylinder which solves the problem of eccentric loads which cause premature or uneven wear of seals and bearings. Additionally, since these cylinders have an oval shape it means the rod cannot rotate when extended. This results in a lower risk of component damage, higher durability, a higher period of reliable use and, ultimately, increased savings as a result of increased productivity.