A compression spring comes in many configurations, shapes and sizes. They are conical, hourglass and barrel of varying lengths—and can be used as a shock absorber, vibration damper, a pure energy accumulator, or force generator. Because of their versatility, how efficiently they store energy and the multiple shapes in which they can be manufactured, these types of mechanical springs have a wide selection of applications.
In the automotive industry, compression springs are used throughout the vehicle. In the medical applications , compression springs are used as parts in assembling a device.They also implanted straight into a patient’s body. For example, so specialized are the springs for arterial widening—not only the materials but also for the extremely small dimensions to .030 mm.Compression springs are also used in such industrial sectors as manufacturing, transportation, construction, agriculture, petrochemical, and aeronautical.
Therefore, compression spring applications in the everyday products, machines, and devices we use in home, office, on the job, or in school, are so varied and common we don’t even realize how much a part of our lives compression springs are. They are found in pens and notebooks, mattresses, flashlights, tools, toys, armchairs, small electronic devices, countertop kitchen equipment, electrical light switches, precision instruments, lawn mowers, washing machines, and more. Industry-specific spring applications are easy to overlook as well – for example, in the medical field, medical compression springs are used for a variety of equipment, from syringes to inhalers.Compression spring uses are seemingly endless. From automotive springs to medical compression springs, these springs play an important role in all facets of today’s industrial world. They allow for the efficient and safe operation of machines, devices, tools and components, and undoubtedly is the main reason that they have become the most commonly used spring on the market.
