Gear/ Rack/ Bevel Gear
Uniformly distributed circular holes are machined in the gear web (spoke) to achieve weight reduction, lower rotational inertia, vibration damping, and enhanced lubrication; this feature is standard on medium- and large-sized gears as well as high-speed gears.
It is a large, specialized bearing capable of simultaneously withstanding axial loads, radial loads, and overturning moments, and can rotate through 360°.
Uniform matte black, aesthetically pleasing, and non-reflective.
Uniform matte black, aesthetically pleasing, and non-reflective.
A rack is a linear, strip-shaped transmission element formed by unrolling a gear; when paired with a gear, it converts rotary motion into linear motion, or vice versa.
It is a large, heavy-duty bearing incorporating both internal and external gear rings, capable of simultaneously withstanding axial loads, radial loads, and overturning moments.
Features: Gear rotation → rack linear motion, with no limit on the swing angle and capable of infinite stroke.
Typically used in low-speed, heavy-load transmissions: rolling mills, tunnel boring machines, mining equipment, and marine applications.
Large-diameter gears generally require gear grinding to ensure stable accuracy.
7M-12-tooth integral carburized gear shaft
Overall structure: extremely high transmission rigidity, zero backlash, and exceptionally long service life.
Grade 5 Precision Gear-Hobbed Gear Shaft
The gear and shaft are integrally formed as a single unit, with keyless connection and zero assembly clearance, resulting in enhanced rigidity and higher rotational accuracy.
Grade 5 precision ground gears
Grade 5 precision ground gears represent the highest mass-production standard in the industrial sector, delivering ultra-high speed, ultra-low noise, ultra-high positioning accuracy, and exceptionally long service life—making them the core transmission components of top-tier equipment.
6th-grade precision helical gears
Helical gears with 6th-grade grinding accuracy, designed for medium-to-high speed, low-noise, high-precision, and long-life power transmission, are the most widely used and cost-effective hardened-tooth-surface precision helical gears in high-end equipment.
Grade 6 precision helical gear
Grade 6 is the mainstream standard for high-precision industrial transmissions; it is one level lower than Grade 5, offers exceptional cost-effectiveness, is the standard configuration for high-end equipment, and serves as a common replacement for Grade 5 accuracy.
Grade 5 Precision Helical Gear Grinding
Grade 5-precision ground helical gears are core components of high-end precision transmissions, achieving micron-level tolerances through precision grinding and specifically engineered for high-speed, low-noise, heavy-load, and long-life applications.