Precision Push Rods for Warp Knitting Machines

Engineered for Speed, Strength, and Seamless Performance

In high-speed warp knitting applications, every component must meet uncompromising standards—and the push rod is no exception. As a critical element in the transmission system, the push rod plays a pivotal role in driving the knitting bars with stability and precision. Its reliability directly affects fabric quality, machine efficiency, and long-term operational integrity.

Built for High-Speed Operation

At the heart of our push rod system lies the push ball, which maintains firm, dynamic contact with the rod head during high-speed motion. This firm engagement ensures the accurate and rapid translation of force needed to actuate knitting bars at extreme velocities without compromise.

Superior Materials, Longer Lifespan

Unlike conventional push rods used in the market, our push rod head is constructed from premium-grade ultra-hard alloy materials, engineered specifically for prolonged use under continuous high-stress loads. This advanced metallurgy resists wear, deformation, and heat buildup, delivering outstanding durability and extended service life—even in the most demanding production environments.

Precision Manufacturing, Unmatched Consistency

Each push rod is manufactured to exacting tolerances using advanced CNC technology, ensuring consistent axial alignment and perfect fitment within the motion assembly. This precision minimizes vibration and mechanical stress, contributing to smoother motion, reduced maintenance, and higher machine uptime.

Why Choose Our Push Rods?

• Ultra-hard alloy head delivers superior wear resistance and long-term durability
• High-speed stability ensures consistent fabric formation even under maximum load
• Tight tolerances reduce vibration and increase machine life
• Optimized interface with push ball enables smooth, precise transmission
• Trusted by industry leaders in global warp knitting operations

As part of our mission to push the boundaries of warp knitting technology, we engineer every detail—from the smallest push rod to the most complex Jacquard system—with one goal in mind: to empower your machines to perform at their highest potential.