At Jackson Spring, we specialize in creating high-performance springs and wire forms for the automotive industry. From standard components to precision-engineered parts, our custom solutions ensure durability and reliability for even the most demanding applications. Trust our expertise to deliver the quality your automotive designs require.
At Jackson Spring we specialize in producing high-quality springs and wire forms for a wide range of automotive applications. Our precision-engineered components are integral to critical systems such as headrests, door locks, door assemblies, fuel systems, gas caps, thermostats, spare tire assemblies, consoles, and antenna bases. We pride ourselves on delivering reliable and durable parts that meet the stringent demands of the automotive industry. This ensures that every component we produce contributes to the safety, functionality, and performance of your vehicles.
We utilize a range of materials, including ASTM A228, galvanized music wire (GAL MU), 302 stainless steel (302 SS), and chrome silicon. These materials are selected for their superior strength, durability, and corrosion resistance. This means that our products perform reliably in even the most demanding applications. Whether it’s for precision in automotive assemblies or robustness in industrial settings, our choice of materials reflects our dedication to excellence and quality in every spring we produce.
At Jackson Spring, our state-of-the-art manufacturing facility is equipped with advanced machinery to ensure precision and efficiency in producing springs and wire forms. Our equipment includes a range of wire formers, which allow us to create complex and custom shapes to meet specific customer requirements. Additionally, our extensive lineup of coilers and grinders ensures we can produce high-quality coils with consistent dimensions and finishes. This combination of cutting-edge wire formers, precision coilers, and grinders enables us to deliver superior products with exceptional accuracy, consistency, and reliability.