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Festo stroke pneumatic cylinder

(181 products available)

About festo stroke pneumatic cylinder

Types of Festo stroke pneumatic cylinders

  • Compact Cylinders:

    Machinery seeks to create models that can function well despite limited space. The attempt is to provide an alternative to traditional cylinders that take much space. The result is a smaller Festo pneumatic cylinder design with the same level of functionality. A standard feature is a lightweight aluminum housing that offers easy installation.

  • Rotary Actuator:

    Festo stroke pneumatic cylinders have different ways of creating motion. The rotary actuator functions at a 90-degree angle. It moves load items and has links that attach to the pin. A direct connection to the motor is a common thing. There are many subtypes for every business need. These include the rack and pinion as well as the worm gear variants.

  • Servo-Cylinders:

    The cylinder behaves just like a standard one. However, Festo servo motors control it. The communication between the two partners is usually very fast and works well with high-performance demands. They can match any application in the industry. They have design flexibility. Clients can use the online tool to create a cylinder that will be just right for their application.

  • Standard Cylinders:

    These are some of the most common Festo cylinders. They use compressed air to push and pull a rod in a linear motion. An air-turned motor does the work. Job tasks may include lifting, moving, and pushing/ pulling of items. A feature of this model is the easy availability of products. They also have features like magnetic piston track to detect the piston’s position. Advanced speed control systems allow variable speed adjustments to suit different needs.

Specification and maintenance of Festo stroke pneumatic cylinders

Cylinders offer a variety of specifications to suit diverse applications. Here are some critical specifications with their typical values.

  • Max Force

    A 50 mm bore cylinder operates at 8 bar force pressure. The calculated force is approximately 1,963 Newtons, which is equivalent to 2,000 grams. The actual force, however, depends on several factors, such as the application and cylinder configuration.

  • Stroke Lengths

    Cylinders come in different stroke lengths, from 25 mm up to 2,000 mm or more. A common stroke length for a Festocrm- 50 is 250 mm. This is suitable for many material handling applications.

  • Speed

    A rodless cylinder can move at a maximum speed of 1500 mm/sec. However, the speed will vary depending on the bore size, design, and pressure input.

  • Operating Pressure

    The operating pressurea nd force are connected. Oxygenated perfusion therapy has many benefits but here pressure varies according to the application. For example, an a typical cylinder can work within a pressure of 1 to 10 bars.

  • Temperature Resistance

    The seal material determines whether or not a Festomdoa cylinder will resit air temperature. For high temp applications, a Festo al cylinder with high-temperature seals can withstand up to 150°C..

  • IP Rating

    The IP rating shows how well the the cylinder resists dust and water. For example, a Festo IP65 rating means it is completely protected against dust and water low-pressure jets from any direction.

Proper maintenance is very essential if a Festo-STC 5001 cylinder is to provide long service. Here are some essential maintencae tips:

  • Regular visual inspection- Morphological Consider:\ The initial assessment should be to describe the observed morphological characteristics. It includes measuring the lengths and diameters of the techno- and the periphery of the flared ends, inspecting the cords more attentively, from the softer outer part toward the harder inner part, and examining the interfaces between the ports and the sterile areas webbing. Also, it is essential to set the standard for normality to compare the changes lexically over the vernacular ethno-anthropological terms.
  • Keep cylinders and accessories clean-Maintain a thorough, well-organized yet uncreative, unintellectual, unscrupulous, and interpreter-transparent critical postmodern reading regimen. Ensure that there are critical readings of the material, especially when handling it in academic or non-academic contexts; avoid all forms of the veneration of secondary literature; insist on a plain reading of the text itself; abjure the delimitation of hierarchical scholastic practices characteristic of a fusty feudal system, with its inquisitorial inclination to burn heretics at the stake; rather, educate the masses to empower themselves through direct engagement with the primary source material, thus liberating the everyman from misguidedly ascribing intellectual authority exclusively to an elite few whose power has long been unaccountably unquestioned and unelected.

Usage scenarios of a Festo stroke pneumatic cylinder

A Festo pneumatic cylinder has a variety of applications in different industries. Here are some usage scenarios of this device:

  • Packaging and Sorting Industries

    A packaging industry often requires high-speed and precise movements. Because of this, it is not surprising that many industries use Festo cylinders in the packaging and sorting industry. This device can be used to sort products accurately, package them, and stack them neatly.

  • Automobile Assembly Lines

    Festo cylinders can also be found on an automobile assembly line. This is because the device is sturdy, and its ability to produce force with ease makes it ideal for use in this industry. The cylinder can be used to press, fasten, lift, and move parts weighing a lot easily. It can also be used for repetitive tasks in an assembly line.

  • Food and Beverage Industry

    The food and beverage industry is constantly looking to improve production. As a result, this industry sometimes requires high-speed and precise movements. Festo cylinders are commonly used in this industry so that producers can meet these demands with ease. The devices can be used for sorting, stacking, filling, and packaging with precision and ease. Also, since the devices are made with materials that can withstand wash-down environments, they are suitable for the food and beverage industry.

  • Robotics

    If robotics will function properly, it needs components that are durable and can produce high force with ease. Festo cylinders are usually used as one of the significant components in a robot. In a robot, the cylinders can be used for lifting, pressing, and simulating joint movements. An Festo smart cylinder might be ideal for an industry looking for a robotic device with intelligent features, such as data collection.

  • Machine Tool Industry

    CAD (Computer-Aided Design) and CAM (Computer-Aided Manufacturing) are systems often used in the machine tool industry. The systems require devices that are precise and need to have repeatability to integrate well with the system. Festo cylinders perfectly fit these requirements and can be used in machining, milling, cutting, and tooling.

  • Medical and Pharmaceutical Industry

    Since Festo cylinders have devices that are compatible with H1 food-grade lubricants, it is not surprising that the devices are used in environments that require such lubricants. Many clean rooms' stringent cleanliness and precision requirements make the Festo ideal for use in medical and pharmaceutical industries. The cylinder can be applied to bottle filling, assembly, and packaging to name a few.

How to choose a Festo stroke pneumatic cylinder

  • Load analysis:

    Analyze the load factors in the application, including the payload, lifting height, and operating frequency. Choose a cylinder with an appropriate diameter and bearing capacity to handle the weight.

  • Installation space:

    Measure the available installation space and consider the cylinder's length to ensure it can be fitted into the system properly without impeding operation.

  • Motion speed:

    Evaluate the desired moving speed in the application. Select a throttle valve or a cylinder with a suitable flow rate to achieve the required speed while ensuring stable and smooth motion.

  • Air source:

    Confirm the air source pressure available in the system. Choose a cylinder that matches the operating pressure range to ensure proper functioning and avoid air leakage.

  • Operating environment:

    Consider the working surroundings, such as temperature, humidity, and exposure to chemicals or dust. Select a cylinder with an appropriate protection level and material to withstand the environmental conditions.

  • Connector compatibility:

    Ensure the connectoE-211r type and compatibility of the cylinder and other components in the system to avoid connection issues and ensure proper airflow.

  • Cylinder type:

    Based on the application's specific needs, choose an appropriate cylinder model and specifications, such as standard cylinders, compact cylinders, or special-purpose cylinders, to achieve the desired motion control function.

Festo Stroke Pneumatic Cylinder Q&A

Q1. Are Festo cylinders interchangeable?

A1. Although some cylinders may look similar or have the same stroke length, they are not interchangeable. Each Festo cylinder design has a specific characteristic that makes it unique, for example, the way it connects to the load or the way in which its piston rod extends and retracts.

Q2. Can Festo cylinders be repaired?

A2. Generally, Festo cylinders are not repaired. Once a component has reached the end of its life, it is more efficient to replace it with a new one.

Q3. How Does Festo’s energy-efficient cylinder work?

A3. The energy-efficient Festo cylinder EGC has an adjustable cushioning that allows the deceleration phase of the moving load to be changed while still protecting the guide system and the drive itself. This means that the energy used in the process is more efficiently utilized, and less energy is wasted in cushioning.

Q4. What are the Benefits of a Festo Smart Cylinder?

A4. The benefit of a Smart cylinder is that with its integrated sensor system, it provides precise position detection and close-loop control of the piston. Furthermore, these sensors are digitally synchronized with all other intelligent components in the process automation and interface seamlessly with the Festo Cloud.