Push-Pull Controls

Lexco Cable manufactures and assembles push-pull control cables for OEMs, automotive systems, industrial equipment, and specialty mechanical applications. Our control cables are engineered for smooth operation, durability, and precise motion transfer in demanding environments.

We offer:

• Custom push-pull control cable assemblies
• Pull-only and push-pull configurations
• Cablecraft brand push-pull control assemblies
• Multiple conduit types and liner options
• Custom stroke lengths and travel ranges
• End fittings and hardware for specific applications
• Prototyping and production-volume manufacturing

From throttle and brake controls to latch releases and remote actuation systems, Lexco delivers cable solutions designed to integrate seamlessly into your equipment.

Need help selecting the right control cable? Request a quote or contact our team for specification guidance.

Push-Pull Control Design & Configuration Considerations

Choosing the right push-pull control cable depends on the application, required motion, and environmental conditions.

Push-pull cables are designed to transmit force in both directions, making them ideal for systems requiring controlled movement such as throttle controls, gear shifting, and remote actuation. Pull-only cables are used when force is only required in one direction, such as latch releases or safety mechanisms.

When specifying a push-pull control cable, engineers typically evaluate:

• Required stroke or travel length
• Load and actuation force requirements
• Cable routing and bend radius constraints
• Flexibility versus rigidity of the conduit
• Mounting configurations and available space
• Type of motion control needed (linear vs precise positioning)

For applications requiring smooth, repeatable motion, such as automotive or industrial controls, cable construction and internal components play a critical role in performance. For heavier-duty applications, stronger materials and reinforced conduit systems may be required to handle higher loads and extended use.

OEM and industrial customers often select configurations based on how the cable will perform over time, especially in high-cycle or mission-critical systems.

Materials, Conduits & Performance Factors

Material and component selection directly impact the durability, responsiveness, and lifespan of push-pull control cables.

Cable assemblies can be manufactured using carbon steel or stainless steel, depending on strength requirements and environmental exposure. Stainless steel is typically selected for corrosive or outdoor environments, while carbon steel is often used in controlled environments where cost efficiency is a priority.

Conduit design and internal liners also influence performance:

• Low-friction liners improve smooth operation and reduce wear
• Lubricated inner members enhance cable life and responsiveness
• Reinforced conduits provide additional strength for demanding applications
• Protective coatings can improve resistance to moisture, chemicals, and abrasion

For applications exposed to harsh environments such as outdoor equipment, marine settings, or high-moisture conditions, corrosion resistance and sealing become critical factors. In high-cycle applications, minimizing friction and wear is essential to maintaining consistent performance over time.

Selecting the appropriate materials and internal components ensures that the control cable performs reliably under real-world operating conditions.

Not sure which configuration, material, or travel range is right for your application? Our team can assist with specification guidance, custom design, and production-ready solutions.