Our classic SJV series bevel gearbox features high-strength case-hardened spiral bevel gears, premium alloy-steel shafts, and a rugged cast-iron housing, offering the perfect balance of heavy-duty reliability and high-torque performance.
Available in diverse sizes, the SJV bevel gearboxes’ nominal transmission ratios range from 1:1 to 5:1 as standard. We can also customize shaft layouts, including multi-way outputs, solid shafts, hollow shafts, and motor flanges to meet your specifications. Suitable for high-load, high-input-speed, and complex synchronized motion configurations, our classic right-angle steering gearboxes are constantly being developed with new drive solutions.
Featuring a lightweight cubic aluminum housing, our SJP series spiral bevel gearboxes are built with compact efficiency, corrosion resistance, and precise positioning in mind. These right-angle gearboxes can be customized with precision motor adapter flanges to seamlessly connect with high-accuracy planetary gearboxes and motors, offering an integrated, ultra-low-backlash solution for complex motion control.
Designed for flexible mounting from all six faces, the aluminum shell provides optimal heat dissipation and high power density, making it the ideal choice for high-speed, high-precision, and space-limited automation applications.
Whether your project requires high-speed dynamic positioning or precise torque distribution, our SJT series right-angle bevel gearboxes deliver an uncompromised, high-performance solution for high-end automation. Featuring a highly compact structure, the SJT series is engineered with premium spiral bevel gears to guarantee exceptional precision, low noise, and ultra-smooth operation.
While offering highly standardized shaft layouts for reliable and quick system integration, this series is the perfect choice to work seamlessly with servo motors and precision planetary gearboxes. Customizing specialized input flanges, it ensures a flawless, direct-coupled fit to unlock peak accuracy in your advanced motion control applications.
