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China Suppliers Factory 0.17 Module Plastic Planetary Gear for Micro Transmission - Low Noise & High Precision
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China Suppliers Factory 0.17 Module Plastic Planetary Gear for Micro Transmission - Low Noise & High Precision

Introducing the Sani Transmission 0.17 module plastic planetary gear, expertly crafted in China using high-quality POM material. This gear features precise injection molding with a tooth profile accuracy of ISO 7 grade, ensuring optimal performance with a noise level below 40 dB. Designed for compatibility with 3-24V DC motors, it offers an impressive output torque range of 5-300gf·cm and speeds from 10-1500 RPM. This makes it ideal for micro transmission applications, including smart home devices, medical pumps, and robotic joints. Our factory's modular design allows for custom gear ratios ranging from 5-100:1, and with over 2 million cycle tests completed, you can trust its durability. Additionally, we provide anti-static and corrosion-resistant versions, meeting the diverse needs of our customers. Choose Sani Transmission as your reliable supplier for high-performance planetary gears

    Core Advantage
    🎯
    High Precision Low Noise: 0.17 modulus with planetary gear system design, backlash ≤ 8 arc minutes, transmission efficiency 92%, noise controlled within 40 dB during operation, exceeding industry standards.
    ⚙️
    Lightweight Wear-Resistant: POM material density 1.4g/cm³, low friction coefficient of 0.1, with self-lubricating design, lifespan exceeds 500,000 times, 6% weight reduction compared to metal gears.
    🔗
    Flexible Compatibility: Supports separate replacement of sun and planetary gears, compatible with motor shafts with diameters of 1–50mm, providing 3D drawing collaboration design services.
    0.17 Module Plastic Planetary Gear
    0.17 Module Plastic Planetary Gear
    Application Scenario
    🏠
    Smart Home: Drive the sweeping machine brush roller, electric curtain track, response speed of 0.2 seconds, power consumption is reduced by 5%.
    🏥
    Medical Equipment: Used for insulin pump transmission system, passed biocompatibility test, no risk of exudate contamination.
    🏭
    Industrial Automation: Integrated in the AGV cart steering module, no deformation under the working condition of -30℃ to 85℃, IP54 protection grade.
    0.17 Module Plastic Planetary Gear Application
    0.17 Module Plastic Planetary Gear Application
    0.17 Module Plastic Planetary Gear Application
    Development Prospect
    The founders of the company have long served in well-known companies such as Valeo, Magna, Brose, Hella, Philips (in the company to manage projects from these customers), with a very professional knowledge of mold, injection molding, raw materials, quality, etc. Strive to solve the problems faced by customers from pre-development to after-sales service.
    The company is determined to be an excellent supplier of injection molded parts and transmission components in the smart furniture industry, automotive industry, gear transmission industry and medical industry, providing high-precision products that exceed customer requirements. Constantly innovate, innovate technology, and make due contributions to the progress of society's civilization.
    💬 Frequently Asked Questions
    Q1 What is the backlash specification of the 0.17 module plastic planetary gear?
    The backlash of this planetary gear is ≤ 8 arc minutes, ensuring high-precision transmission performance that meets the demands of precision applications such as medical devices and industrial automation.
    Q2 What motor shaft diameters is this planetary gear compatible with?
    This gear system is compatible with motor shafts ranging from 1mm to 50mm in diameter, offering broad compatibility across a wide variety of motors and drive systems.
    Q3 What material is used and what are its key properties?
    The gears are made from POM (Polyoxymethylene) material with a density of 1.4g/cm³ and a low friction coefficient of 0.1. The self-lubricating design ensures a lifespan exceeding 500,000 cycles while reducing weight by 6% compared to metal gears.
    Q4 Is this gear suitable for use in medical equipment?
    Yes. This gear has passed biocompatibility testing and is suitable for medical applications such as insulin pump transmission systems, with no risk of exudate contamination.
    Q5 What operating temperature range does this gear support?
    The gear is designed to operate reliably in temperatures ranging from -30℃ to 85℃ without deformation, making it suitable for demanding industrial environments such as AGV cart steering modules with IP54 protection grade.
    Q6 Does the company provide custom design or 3D drawing collaboration services?
    Yes. The company offers 3D drawing collaboration design services and supports separate replacement of sun and planetary gears. Their engineering team, with backgrounds from Valeo, Magna, Brose, Hella, and Philips, can assist from pre-development through to after-sales service.