Industries Served

Because lives and mission success are on the line, aerospace systems demand absolute reliability. Springs are foundational components in aircraft, spacecraft, and defense aviation equipment. They enable the movement, control, and stability required for safe flight. These parts must meet rigorous performance standards and endure extreme environmental conditions.

We understand the critical nature of aerospace applications, and we build components that meet the highest standards of quality and precision. Common applications of our springs in aerospace include:

• Clock springs for flight control systems and instrumentation.
• Extension springs for retractable doors, flaps, and ailerons.
• Compression springs in structural assemblies and mechanical subsystems.
• Leaf springs for vibration control and load distribution.
• Torsion and double torsion springs in landing gear, rudders, and flight mechanisms.

See examples of our aerospace work.»

Agriculture equipment is constantly pushed to its limits. Springs play an essential role in keeping these machines stable, durable, and effective. From heavy-duty tractors to high-speed harvesting systems, Argo’s custom springs help deliver performance in rough and rugged environments.

From planting to harvesting, we manufacture spring solutions that keep agricultural equipment moving. Common agricultural applications of our springs include:

• Extension springs in tractors, balers, and harvesting equipment.
• Compression springs that reduce shock and absorb vibrations.
• Leaf springs that stabilize machinery as it moves across uneven surfaces.

See examples of our agricultural work.»

From everyday commuting to high-performance motorsports, vehicle springs ensure comfort, safety, and responsiveness. The automotive industry depends on components that perform under pressure, and Argo Spring is proud to supply parts trusted by manufacturers and OEMs nationwide.

We manufacture automotive springs that meet OEM requirements and perform under pressure. Common applications of springs in the automotive industry include:

• Clock springs in airbags, horn connectors, and steering wheel systems.
• Extension springs in braking systems and door mechanisms.
• Compression springs for suspension and dampening.
• Leaf springs for load-bearing and shock absorption in trucks and trailers.
• Torsion and double torsion springs in suspension assemblies and steering components.

Mission-critical applications require components that are dependable under the harshest conditions. In defense and government applications, springs are utilized in various systems, including weapons, aircraft, communication equipment, and tactical ground vehicles. Argo Spring proudly supports U.S. military agencies with high-precision, field-tested components.

We’re also pleased to support U.S. defense agencies with components built to perform in the most demanding conditions. Some common military applications for springs include:

• Clock springs for instrumentation and flight control.
• Extension and compression springs in transport and utility vehicles.
• Leaf springs for armored vehicle suspension systems.
• Torsion and double torsion springs in weapon systems and mechanical controls.

See examples of our military work.»

Behind nearly every successful medical device is a spring doing vital work. In a space where precision, cleanliness, and reliability are non-negotiable, Argo’s springs offer the consistent force and control needed for safe, repeatable performance. From surgical tools to diagnostic instruments, we help medical innovators build with confidence.

We manufacture springs for the medical industry with the accuracy and quality that patients and providers expect. Common applications of springs in the medical field include:

• Clock springs in endoscopic tools, surgical instruments, and imaging devices.
• Extension springs in stretchers, inhalers, and handheld medical tools.
• Compression springs that provide consistent force in diagnostic and surgical devices.
• Leaf springs that maintain precision in handheld equipment.
• Torsion and double torsion springs in rotating, retracting, or articulating components.

Extreme temperatures, high pressures, and unpredictable environments are standard in the energy industry. Whether in nuclear power plants, drilling platforms, or solar farms, spring assemblies provide critical functionality and resilience. Argo Spring delivers components engineered for safety, durability, and long-term reliability in high-stakes energy systems.

From fossil fuels to renewables, Argo Spring supports energy innovation with high-performance components. Here are some common applications of springs in nuclear, oil, and gas:

• Clock springs in mechanical timing and control systems.
• Extension springs in the wellhead and drilling tools.
• Compression springs in shock absorption and vibration control.