We produce custom springs and wireforms. We do not stock standard parts.
We produce custom springs and wireforms. We do not stock standard parts.
Ace Wire Spring manufactures custom agricultural springs and wire forms for tractors, tillage equipment, harvesting machinery, planting equipment, irrigation systems, and other agricultural applications. Agricultural springs may need to withstand heavy loads, repeated cycling, shock, vibration, dirt, moisture, temperature changes, corrosion, and continuous operation. Ace supports agricultural equipment manufacturers with custom spring manufacturing, design assistance, prototypes, material and finish considerations, and production quantities.
Agricultural equipment operates in demanding environments where component reliability can directly affect productivity and equipment downtime. Springs and wire forms used in tractors, tillers, harvesting equipment, planting machinery, irrigation systems, and other agricultural applications may be exposed to repeated loads, shock, vibration, moisture, dirt, chemicals, temperature changes, and continuous operation.
Ace Wire Spring & Form Co., Inc. manufactures custom springs and wire forms to customer specifications for agricultural equipment manufacturers and other industrial buyers.
We produce custom parts rather than stocking standard springs, allowing spring geometry, material, load characteristics, ends, legs, hooks, finishes, and other requirements to be evaluated around the needs of the application.
Ace can also provide spring design assistance and prototype support for qualified custom manufacturing projects, helping customers move from an initial design, drawing, sample, or existing part toward production.
Springs and wire forms perform a wide range of functions throughout agricultural machinery. Depending on the equipment and application, they may provide force, absorb shock, control movement, return components to position, maintain tension, support attachments, or retain and position other components.
Common agricultural applications can include:
Because operating conditions vary significantly between applications, agricultural springs are often designed around the specific equipment rather than selected solely by spring type or size.
Ace Wire Spring has a rich history of supporting the agriculture industry with a variety of custom spring solutions. Our springs are engineered for reliability and durability, ensuring optimal performance during critical farming operations. Ace Wire Spring’s work has supported the development of innovative agricultural products that keep American farmers productive and efficient.
Choosing a spring for agricultural equipment requires more than identifying whether the application needs a compression, extension, or torsion spring. The spring needs to perform correctly within the complete mechanical system and operating environment.
Important factors can include:
| Design Factor | Why It Matters |
|---|---|
| Load or torque | Determines the force or rotational resistance the spring must provide |
| Travel or deflection | Defines how far the spring must safely move during operation |
| Spring rate | Determines how force changes as the spring is compressed or extended |
| Cycle life | Repeated operation can make fatigue performance a critical requirement |
| Operating environment | Dirt, moisture, chemicals and weather can influence material and finish decisions |
| Temperature | Temperature extremes may affect material and long-term performance |
| Available space | Inside diameter, outside diameter, free length and surrounding components can limit geometry |
| Material | Influences strength, fatigue characteristics, corrosion resistance and manufacturability |
| Attachment method | Hooks, loops, legs, ends and mounting points affect performance and durability |
| Production quantity | Prototype, low-volume and production requirements can influence manufacturing decisions |
| Quality requirements | Inspection, certifications and documentation should be identified before quoting and production |
Agricultural springs may operate through thousands or potentially many more repeated cycles while being exposed to field conditions. A spring that works initially may still underperform if the design, material, operating environment, or actual equipment movement was not fully considered.
Potential causes of spring failure or reduced performance include:
When a spring repeatedly breaks, loses force, corrodes, takes a permanent set, or otherwise underperforms, replacing it with an identical part may not always address the underlying issue.
For qualified custom manufacturing projects, Ace can review available drawings, samples, application information, and known performance concerns to help identify the information needed to quote and manufacture a replacement part.
There is no single material that is best for every agricultural spring.
Material selection depends on factors such as:
Depending on the application, potential materials may include carbon spring steels, stainless steels, alloy steels, and other spring materials.
Stainless steel may be considered where corrosion resistance is important, while carbon and alloy spring steels may be appropriate for applications requiring particular combinations of strength, fatigue performance, wire size, and cost.
Protective finishes or secondary operations may also be considered when the operating environment requires additional surface protection.
Material selection should be based on the complete application rather than material name alone.
See how Ace Wire Spring & Form Co., Inc. has helped leading agricultural equipment manufacturers overcome real-world challenges with custom spring and wire form solutions. These case studies highlight how our engineering support, fast prototyping, and precision manufacturing capabilities transform complex problems into long-term partnerships. Today, we’re a trusted supplier of high-performance components across the agricultural industry.
Custom Coil Tines for Agricultural Tillage Equipment
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Agricultural equipment can use compression springs, extension springs, torsion springs, custom wire forms, tine springs, and other custom spring configurations. The correct type depends on whether the application requires compression force, tension, rotational torque, shock absorption, retention, positioning, or another mechanical function.
Custom springs can be used in tractors, plows, tillers, hay equipment, harvesting machinery, planting and seeding equipment, irrigation systems, sprayers, valves, lifting mechanisms, attachments, linkages, and other agricultural equipment.
Important considerations can include required load or torque, travel, deflection, spring rate, cycle life, available space, mounting configuration, material, corrosion exposure, temperature, environmental conditions, production volume, and quality requirements.
Depending on the application, agricultural springs may be manufactured from carbon spring steels, stainless steels, alloy steels, or other spring materials. The appropriate material depends on load, stress, cycle life, environment, temperature, corrosion exposure, wire size, and manufacturing requirements.
There is no single best material for every corrosive agricultural application. Stainless steels may provide useful corrosion resistance, while other materials combined with appropriate finishes may also be considered. Material selection should account for the specific chemical exposure, moisture, temperature, required strength, fatigue life, and spring geometry.
Possible causes include fatigue, overloading, excessive deflection, corrosion, wear, vibration, shock, material selection, inadequate clearance, mounting problems, or stress concentrations. Understanding how and where the spring failed can help determine what should be reviewed before manufacturing a replacement.
Ace can review existing spring samples for qualified custom manufacturing projects. A sample can help establish dimensions and geometry, but application information such as required load, torque, movement, environment, production quantity, and known performance issues should also be provided whenever possible.
Ace can review qualified supplier-replacement opportunities when customers provide available drawings, samples, specifications, quantities, application details, and quality requirements. This may include domestic supplier changes, imported components, legacy parts, or discontinued springs.
Yes. Ace offers prototype and sample production options for qualified custom spring and wire form projects. Prototypes can be used to evaluate fit, function, load, torque, travel, material behavior, and other requirements before larger production quantities are approved.
Ace provides spring design assistance as part of qualified custom manufacturing opportunities. Customers can provide drawings, CAD files, samples, failed parts, application requirements, load or torque information, material requirements, and production expectations for review.
Provide as much information as possible, including drawings or samples, dimensions, material, load or torque requirements, travel, application details, operating environment, quantities, quality requirements, and prototype needs. If information is incomplete, explain what the spring does and provide the specifications that are available.
Ace manufactures custom springs and wire forms and does not stock standard replacement parts. Agricultural spring projects are manufactured to customer specifications and project requirements.
For any additional information, please visit our contact us page.
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