Cold Chamber Die Casting Machine for Precision Aluminum Motorcycle Rearset Footpeg Manufacturing

Cold Chamber Die Casting Machine for Precision Aluminum Motorcycle Rearset Footpeg Manufacturing

Purpose-built for producing precision aluminum motorcycle rearset footpegs used in competition and sport-riding rear-set conversion kits, this 280-ton cold chamber die casting machine delivers accurate forming of angled peg bodies, offset mounting eyes and integrated shift-contact faces. Rearset footpegs sit further back and higher than stock units, so they carry more of the rider's weight at sharper angles and must transmit shift and brake input without flex; the mounting eye must align precisely with the rearset bracket pivot, and the peg body must hold its angle under repeated hard loading. Bore misalignment or body flex turns a precise rearset into a vague, unstable lever, so this casting must be geometrically exact and structurally dense.

The machine adopts a reinforced heavy-tonnage frame equipped with high-strength tie bars, hardened wear-resistant steel pins and thickened machine platens engineered for stable 280-ton clamping force. This rigid architecture delivers exceptional vibration resistance and load stability during high-pressure cold chamber injection, minimizing die micro-shift while forming angled peg bodies and offset eyes. For rearset footpeg production it guarantees consistent mounting-eye alignment, uniform body thickness and accurate peg angle across every production cycle. The heavy construction suppresses long-term deformation, extends equipment service life and supports non-stop production of medium aluminum alloy performance hardware.

At its control core is a genuine German PLC system paired with a full-color HMI touchscreen, providing real-time monitoring and adjustable control of injection speed and intensification pressure. Advanced closed-loop regulation delivers fine graded control across the slow-shot and fast-shot stages, ensuring the offset eye and angled body fill completely without shrinkage porosity at the section-thick transition and without flash along the contact faces. This guarantees precise shift feel and stable peg geometry on every aluminum motorcycle rearset footpeg. The simplified electrical circuit operates reliably in high-temperature workshops, and the fault display quickly reports anomalies to reduce unplanned downtime.

The hydraulic system operates on dual-proportional control to achieve programmable multi-stage injection and low-pressure buffered mold clamping, protecting pivot-eye cores and angled cavity inserts from impact damage. Premium European and Japanese oil seals ensure leak-free long-term operation under continuous 280-ton load. The hydraulic die height adjustment system enables fast, labor-saving changeover between rearset peg variants for different bike platforms. An automatic pressure-relief energy-saving function reduces unnecessary hydraulic energy consumption.

Uniform clamping stress and precise die alignment prevent eye distortion and body-angle drift. The high-flow valve and precision piston accumulator injection unit supplies the intensification force needed by dense angled peg molds. A high-efficiency oil cooling system holds hydraulic temperature steady through extended runs, supporting a 15 to 20 year service life. An optional robotic arm is available for automated mold sweeping.

We guarantee shipment within 20 days of order confirmation. Our service package includes 2-hour rapid response, 24-hour on-site after-sales support, exclusive one-on-one custom manufacture service, on-site commissioning by certified engineers and lifelong technical help. Performance parts brands are welcome to visit our plant.