Torsion springs – provide rotational energy and are often used in components such as switches and electrical contacts. Compression springs – which are among the most widely used springs in electronics. They are employed in applications such as relays, motors, and switches. Wave springs – are designed for applications with limited space where multiple springs are needed. They are used in valve actuators, pump seals, and electrical connectors. Conical springs – are used when a low spring constant is required and space is limited. They are often used in mobile phones, computers, and other small electronic devices.

• Torsion springs – provide rotational energy and are often used in components such as switches and electrical contacts.
• Compression springs – which are among the most widely used springs in electronics. They are employed in applications such as relays, motors, and switches.
• Wave springs – are designed for applications with limited space where multiple springs are needed. They are used in valve actuators, pump seals, and electrical connectors.
• Conical springs – are used when a low spring constant is required and space is limited. They are often used in mobile phones, computers, and other small electronic devices.

TEVEMA’s approach is focused on customization and close collaboration with their customers, which ensures that each product perfectly meets the specific needs of the application. This customer-oriented approach, whether it involves specialized equipment or large-scale production, is essential for the success of projects within the electrical industry.

The materials used for springs in electronic applications vary depending on the requirements of the application. Common materials for electronic springs are steel and titanium, which are widely used due to their strength, durability, and corrosion resistance.

These materials are suitable for most applications, but there are situations where special materials are needed. For example, nickel alloys are used in applications where high temperatures and corrosion resistance are crucial. Cobalt-chrome is another special material used in demanding applications that require high strength, durability, and biocompatibility, such as medical implants and dental devices.