• The helical gear reducer and motor modularized and connected as a whole, coaxial with small offset output.
• Strong carrying capacity, good box rigidity, superior performance, high efficiency, various installation ways.
• The gears are made of high-quality alloy steel, by carburizing, quenching and tooth grinding process.
• Used in transmission mechanism of metallurgy, chemical, cement, light, food, textile and other industries.
• The helical gear reducer and motor are modularized and connected as a whole, central axes in parallel output.
• Strong bearing capacity, good box rigidity, superior performance, high efficiency, various installation ways.
• The gears are made of high-quality alloy steel, by carburizing, quenching and tooth grinding process.
• Used in drive mechanism of metallurgy, chemical, cement, light industry, food, textile and other industries.
• The worm gear reducer and motor modularized and connected as one, input and output axes in vertical output.
• Compact structure, small size, high overload capacity, small inertia moment, low drive efficiency and rpm.
• The gears are made of high-quality alloy steel, by carburizing, quenching and tooth grinding process.
• Used in transmission mechanism of metallurgy, chemical, cement, light, food, textile and other industries.
• Adopting two or three stage deceleration, spur gear or helical gear meshing transmission.
• The hardened tooth flank gears made of high quality alloy steel by carburizing, quenching, grinding process.
• Large transmission torque, reliable operation, high accuracy, good contact, low noise, long life.
• Used in drive mechanism of metallurgy, mining, lifting, cement, light, food, textile and other industries.
• One input shaft and multiple output shafts arranged in parallel layout, spur gear or helical gear drive.
• The hardened tooth flank gears made of high quality alloy steel by carburizing, quenching, grinding process.
• Large drive torque, reliable operation, high accuracy, impact resistance, positive and reverse rotation.
• Used in drive mechanism of metallurgy, mining, lifting, cement, light, food, textile and other industries.
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