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Small module gear for robotics
Module is the core parameter of a gear, representing the ratio of the pitch to the circumference π (unit: mm). Small module gears: usually refer to gears with a module ≤ 1.5mm.
Module is the core parameter of a gear, representing the ratio of the pitch to the circumference π (unit: mm). Small module gears: usually refer to gears with a module ≤ 1.5mm.
Module is the core parameter of a gear, representing the ratio of the pitch to the circumference π (unit: mm). Small module gears: usually refer to gears with a module ≤ 1.5mm.
Module is the core parameter of a gear, representing the ratio of the pitch to the circumference π (unit: mm). Small module gears: usually refer to gears with a module ≤ 1.5mm.
Precision Cutting · Zero Error Assembly · Long-lasting Load Bearing* Robot joint machined parts are the **core structural load-bearing components** of the joint module, including key metal parts such as output flanges, housings, bearing seats, and end caps, achieved through high-precision machining.
The worm gear transmission device is a classic spatial crossed-axis transmission mechanism, composed of a worm (helical driving component) and a worm wheel (special tooth profile driven component). Its core advantages lie in **high reduction ratio, self-locking feature, compact structure, and smooth operation**, widely used in industrial automation, lifting machinery, elevator drives, precision instruments, and other fields.
Worm gear with high load capacity
The worm gear transmission device is a classic spatial crossed-axis transmission mechanism, composed of a worm (helical driving component) and a worm wheel (special tooth profile driven component). Its core advantages lie in **high reduction ratio, self-locking feature, compact structure, and smooth operation**, widely used in industrial automation, lifting machinery, elevator drives, precision instruments, and other fields.
The worm gear transmission device is a classic spatial crossed-axis transmission mechanism, composed of a worm (helical driving component) and a worm wheel (special tooth profile driven component). Its core advantages lie in **high reduction ratio, self-locking feature, compact structure, and smooth operation**, widely used in industrial automation, lifting machinery, elevator drives, precision instruments, and other fields.
The worm gear transmission device is a classic spatial crossed-axis transmission mechanism, composed of a worm (helical driving component) and a worm wheel (special tooth profile driven component). Its core advantages lie in **high reduction ratio, self-locking feature, compact structure, and smooth operation**, widely used in industrial automation, lifting machinery, elevator drives, precision instruments, and other fields.
Made from high-quality materials, it features high precision, high strength, and high wear resistance. Its unique design and compact structure can meet the usage requirements in various complex environments. Our internal splines not only have excellent performance but also a long service life, providing your equipment with higher work efficiency and more reliable performance.
Made from high-quality materials, it features high precision, high strength, and high wear resistance. Its unique design and compact structure can meet the usage requirements in various complex environments. Our internal splines not only have excellent performance but also a long service life, providing your equipment with higher work efficiency and more reliable performance.
Made from high-quality materials, it features high precision, high strength, and high wear resistance. Its unique design and compact structure can meet the usage requirements in various complex environments. Our internal splines not only have excellent performance but also a long service life, providing your equipment with higher work efficiency and more reliable performance.
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