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High Precision Nylon Motor Gear Set from China Suppliers - Durable Factory-Made Transmission for Micro Motors
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High Precision Nylon Motor Gear Set from China Suppliers - Durable Factory-Made Transmission for Micro Motors

Introducing our precision plastic motor gear, expertly crafted in China for micro motors. Manufactured using injection molding with high-strength nylon composite material, this gear ensures unparalleled performance with machining accuracy of 0.05mm. The innovative oblique gear design is engineered to significantly lower operational noise to below 35 decibels, while its wear resistance coefficient of 0.8 or higher guarantees durability. Designed to function efficiently in diverse temperature conditions ranging from -20℃ to 80℃, our standardized modulus specifications (0.3-1.are compatible with various motor models. Available in multiple tooth counts, including 8, 16, and 24, these gears are ideal for precision transmission applications in UAV gimbals, smart home devices, and more, boasting an impressive lifespan of over 500,000 revolutions. As a leading factory and trusted suppliers, we are committed to delivering high-quality solutions tailored to your needs

    Core Advantages
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    Material Innovation Imported glass fiber reinforced nylon 66 (PA66-GF30) is selected, which improves the structural strength by 60% compared to ordinary plastic gears and maintains excellent dimensional stability under continuous high load conditions.
    ⚙️
    Precision Process The mother mold is processed by Japanese Mur machining center, and the tooth profile tolerance of ±0.02mm is realized by Japanese Nissei or Frank injection molding machine, with a smooth meshing of DIN 6 standard and a transmission efficiency breakthrough of 92%.
    High precision nylon motor transmission gear set (2)
    High precision nylon motor transmission gear set (3)
    Application Scenarios
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    Smart Home
    LDS laser radar rotation mechanism for sweeping robots; transmission group for intelligent curtain motors.
    🏭
    Industrial Equipment
    Gearbox for extruder of 3D printers; drive unit for indexing disk of automated production lines.
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    Automotive Electronics
    Electric tailgate push rod motors; drive module for charging port cover of new energy vehicles.
    Technical Service
    🔧
    Support for non-standard customization service, can provide: Profile optimization (involute / circular arc tooth); Dynamic balance test report (ISO 1940-1 standard).
    Product Detail Page FAQ
    📦 Order & After-Sales
    Does SANI provide product samples for testing before mass orders?
    Yes. We offer samples for performance and compatibility testing. You can confirm the sample details (parameters, quantity) with our sales team to ensure the product meets your needs.
    What after-sales support is available for these products?
    We provide technical consultation, product maintenance guidance, and troubleshooting support. If there are quality issues within the warranty period, we will assist with replacement or repair promptly.
    What materials are used in your nylon motor transmission gear sets?
    Our gear sets are made from imported glass fiber reinforced nylon 66 (PA66-GF30), offering 60% higher structural strength than standard plastic gears and excellent dimensional stability under continuous high-load conditions.
    Can SANI support non-standard or custom gear specifications?
    Yes. We support non-standard customization, including profile optimization (involute or circular arc tooth profiles) and can provide dynamic balance test reports in accordance with ISO 1940-1 standards.
    What is the tooth profile tolerance and transmission efficiency of your gears?
    Our gears achieve a tooth profile tolerance of ±0.02mm using Japanese precision injection molding machines, conforming to DIN 6 standard with a transmission efficiency of over 92%.
    Which industries are your nylon motor transmission gear sets suitable for?
    Our gear sets are widely used in smart home devices (e.g., sweeping robots, intelligent curtain motors), industrial equipment (e.g., 3D printer extruders, automated production lines), and automotive electronics (e.g., electric tailgates, new energy vehicle charging port covers).