The raw materials used are POM, nylon, ABS and other wear-resistant engineering plastics. The material is self-lubricating, has low noise and is resistant to wear. Compared with metal gears, it is more lightweight, and the operation has no harsh noises. It is particularly suitable for small-scale precision transmission scenarios. It supports single-link gears, double-link gears, multi-layer composite gears, vortex gears and other special structures for mold production. The mold size, tooth number, inner hole and step can all be customized according to the drawings. The tolerance control is strict, and the transmission bite is smooth without jamming.
The entire processing process is completed independently: from product measurement, mold design, injection molding to deburring and size inspection, each process is checked by a dedicated person. Small batch prototyping is delivered quickly, and large batch orders are steadily mass-produced. It can be matched with printers, smart home appliances, electric toys, medical small equipment, and small-scale automation equipment and other transmission components.
Many customers often encounter problems such as mismatched standard gear sizes, insufficient wear resistance, and high operating noise. We can adjust the raw material ratio according to the equipment conditions, add glass fibers to enhance strength, optimize the tooth shape structure to reduce clearance, and eliminate problems such as skipping teeth and rapid wear.
We support custom orders based on drawings and samples, provide free size measurement and transmission scheme optimization suggestions, and come with a size inspection report at the factory. The defect rate is strictly controlled. The small-sized precision plastic gears may seem insignificant, but they directly affect the overall service life of the machine. Professional custom processing makes the transmission more stable and worry-free.
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