The push-pull control cable is a high-quality mechanical component designed to transmit linear and rotary motion efficiently between two points. Its flexible inner cable, enclosed within a protective casing, allows smooth push and pull operations, even through tight bends and complex routing paths.Widely used in automotive, industrial, marine, and agricultural equipment, this control shaft ensures precise, reliable, and long-lasting motion transfer. It is ideal for applications such as throttle control, brake actuation, gear shifting, and remote mechanical linkage operation.
【 Applications 】
• Automotive: Throttle, brake, clutch, and gear control systems
• Industrial Machinery: Remote operation of levers, valves, and actuators
• Marine Equipment: Engine throttle, steering, and hatch actuation
• Agricultural Machinery: PTO control, brake systems, and hydraulic actuation
• Construction Equipment: Fuel shut-off, safety locks, and auxiliary control mechanisms
• Robotics & Precision Systems: Remote motion transfer and mechanical actuation
【 Features 】
• Smooth push-pull and rotary motion transmission
• Flexible design for routing through complex paths
• High-strength inner cable and protective outer casing
• Multiple end fitting options for various applications
• Durable and corrosion-resistant construction
• Customizable lengths, diameters, and fittings
• Low maintenance with extended service life
【 Advantages 】
• Reliable Performance: Ensures stable motion transmission under dynamic load
• Versatile Applications: Supports both rotary and push-pull motion
• Durable Construction: Resistant to wear, vibration, and environmental conditions
• Easy Installation: Flexible design simplifies alignment and routing
• Cost-Effective: Reduces maintenance and replacement frequency
• Customizable: OEM/ODM options available for cable and end fittings
【 Working Principle 】
The push-pull control cable transmits linear or rotary motion via a strong inner cable enclosed in a protective outer casing. When the operator pushes or pulls the input end, motion is transmitted to the connected mechanism, even through curves or tight spaces. The flexible design minimizes stress on the cable and connected components, ensuring precise, smooth, and reliable motion without requiring electrical or hydraulic systems.
【 Real Picture 】
