Western Spring Manufacturing

In the aerospace industry, various types of springs are used depending on the application. Commonly used springs include compression springs, torsion springs, extension springs, and wave springs. Compression springs are used for shock absorption and energy storage, torsion springs help transfer torque and control rotational movement, extension springs provide a linear force, and wave springs are designed to hold space in static applications and provide linear loading.

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Agricultural springs are commonly made from oil-hardened steel and are designed to meet the unique needs of the Agriculture industry. They are frequently used for handling agricultural equipment and parts, supporting and positioning parts, and controlling equipment movement and shock. Popular types of agricultural springs include compression springs, tension springs, torsion springs, conical and hour glass springs, flat ribbon springs, and wire forms.

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The automotive industry relies on a variety of different types of springs to create systems that operate effectively and safely. Common types of springs that are used in this industry include helical compression springs, helical torsion springs, conical compression springs, disc springs, and wave springs. Each type of spring is suited for a different application, depending on the force requirements, available space, and desired operation.

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Springs are commonly used in the defense industry for a variety of purposes, including providing mechanical energy storage, helping to cushion and dampen shock, and absorbing vibration. Springs are used in weapons systems to block and release energy, allowing them to fire with greater accuracy. They are also used in missile systems and robotic systems to help control the speed and precision of their movements. Springs are used in aircraft brakes, aircraft suspension systems, and in other battle equipment such as aircraft carriers.

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Springs are used in a variety of industrial applications, such as elevators, machining devices, and appliances. Springs are commonly used as components for industrial machinery, providing energy storage and shock absorption. They can be used to cushion, compress, absorb, or transmit tension and pressure, often in conjunction with other components such as gears, levers, and pulleys. Springs can also be used as suspension systems for heavy machinery.

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The medical industry typically uses a variety of compression and tension springs, such as conical springs, wave springs, and barrel springs. Additionally, custom springs are often designed to meet the specific needs of medical device manufacturers. Compression springs are most commonly used to create energy storage or to keep constant force over a range of motion. Conversely, tension springs often help to create resistance against a pull or push motion. Wave and barrel springs are used to achieve constant loading on a part or spring assembly.

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Manufactured springs should be regularly inspected for signs of wear or damage, and any necessary repairs or maintenance should be completed by trained and experienced professionals. To ensure optimal performance, springs should be routinely lubricated according to the manufacturer’s instructions. Regular lubrication helps springs to last longer, as it reduces wear and tear. Additionally, any damaged springs should be replaced promptly with new or refurbished units in order to prevent additional damage to the system.

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Manufactured springs are prototyped using a process known as Computer Aided Design (CAD). CAD allows engineers to design the prototype of the spring using a 3D model. This model can then be tested to determine the diameter, wire thickness, pitch, rate, and load of the spring. Once the prototype is approved, it can be manufactured using a combination of automated and manual processes. Smaller orders can be produced to help validate the spring design and ensure proper performance and longevity.

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