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KAF37、KAF47、KAF57、KAF67、KAF77、KAF87、KAF97、KAF107、KAF127、KAF157、KAF167、KAF187
HUAKE
The K Series Gear Motor-KAF77 is a high-performance spiral bevel gear reducer developed by HUAKE, a professional manufacturer of reducers. Designed based on an advanced modular combination system, this gear motor offers a wide range of motor combinations, installation positions, and structural schemes to meet diverse industrial needs. Compared to single-stage worm gear reducers, the K series spiral bevel gear reducer boasts higher efficiency, making it a superior choice for various power transmission applications. With its robust construction and excellent performance, the KAF77 model stands out in the K series, providing reliable and efficient power transmission solutions.
Parameter | Details |
Model | KAF37、KAF47、KAF57、KAF67、KAF77、KAF87、KAF97、KAF107、KAF127、KAF157、KAF167、KAF187 |
Brand | HUAKE |
Power Range | Up to 200KW |
Efficiency | More than 95% |
Material | High-quality steel material, steel cast iron box |
Gear Treatment | Gear surface through high-frequency heat treatment |
Transmission Type | Helical gear, bevel gear and bevel gear transmission assembly |
Output Type | Spiral bevel gear right Angle output |
The K series spiral bevel gear reducer is developed in combination with international technical requirements, integrating high scientific and technological content. This ensures that it meets global standards and can compete effectively in international markets.
With a compact design, the gear motor saves valuable space in installations. It is reliable and durable, capable of withstanding high overloads, making it suitable for demanding industrial environments where stability and longevity are crucial.
Featuring low energy consumption and superior performance, the reducer achieves an efficiency of more than 95%. This high efficiency not only reduces energy costs but also contributes to a more sustainable operation.
The K spiral bevel gear reducer operates with low vibration and low noise, creating a more comfortable working environment. This is particularly important in settings where noise pollution is a concern.
Selected high-quality steel material and a steel cast iron box ensure the gear motor's sturdiness. The gear surface undergoes high-frequency heat treatment to enhance its hardness and wear resistance. After precision machining, the helical gear, bevel gear, and bevel gear transmission assembly form a high-quality reducer. It can be configured with various types of motors, achieving mechatronics and fully guaranteeing the quality characteristics of the reducer motor products.
The K Series Gear Motor-KAF77 finds extensive applications in various industries due to its excellent performance. It is widely used in conveyor systems, where its high efficiency and reliable power transmission ensure smooth material handling. In packaging machinery, the gear motor's precise control and compact design make it ideal for driving different components of the packaging line. Additionally, it is suitable for use in printing machinery, food processing equipment, and textile machinery, where consistent and efficient power is required. The versatility of the KAF77 model, thanks to its modular design, allows it to be adapted to many other industrial applications, providing tailored power solutions.
The efficiency of the K Series Gear Motor-KAF77 is more than 95%, which is higher than that of single-stage worm gear reducers, making it an energy-efficient choice.
The gear motor is made of high-quality steel material, with a steel cast iron box. The gear surface undergoes high-frequency heat treatment to ensure durability and performance.
Yes, the K series reducer is designed based on a modular combination system, allowing it to be configured with various types of motors, forming mechatronics to meet different application requirements.
The K series gear motors can handle power up to 200KW, making them suitable for a wide range of industrial power transmission needs.
Absolutely, the KAF77 has a high overload capacity, ensuring reliable operation even in demanding high-overload industrial settings.


The K Series Gear Motor-KAF77 is a high-performance spiral bevel gear reducer developed by HUAKE, a professional manufacturer of reducers. Designed based on an advanced modular combination system, this gear motor offers a wide range of motor combinations, installation positions, and structural schemes to meet diverse industrial needs. Compared to single-stage worm gear reducers, the K series spiral bevel gear reducer boasts higher efficiency, making it a superior choice for various power transmission applications. With its robust construction and excellent performance, the KAF77 model stands out in the K series, providing reliable and efficient power transmission solutions.
Parameter | Details |
Model | KAF37、KAF47、KAF57、KAF67、KAF77、KAF87、KAF97、KAF107、KAF127、KAF157、KAF167、KAF187 |
Brand | HUAKE |
Power Range | Up to 200KW |
Efficiency | More than 95% |
Material | High-quality steel material, steel cast iron box |
Gear Treatment | Gear surface through high-frequency heat treatment |
Transmission Type | Helical gear, bevel gear and bevel gear transmission assembly |
Output Type | Spiral bevel gear right Angle output |
The K series spiral bevel gear reducer is developed in combination with international technical requirements, integrating high scientific and technological content. This ensures that it meets global standards and can compete effectively in international markets.
With a compact design, the gear motor saves valuable space in installations. It is reliable and durable, capable of withstanding high overloads, making it suitable for demanding industrial environments where stability and longevity are crucial.
Featuring low energy consumption and superior performance, the reducer achieves an efficiency of more than 95%. This high efficiency not only reduces energy costs but also contributes to a more sustainable operation.
The K spiral bevel gear reducer operates with low vibration and low noise, creating a more comfortable working environment. This is particularly important in settings where noise pollution is a concern.
Selected high-quality steel material and a steel cast iron box ensure the gear motor's sturdiness. The gear surface undergoes high-frequency heat treatment to enhance its hardness and wear resistance. After precision machining, the helical gear, bevel gear, and bevel gear transmission assembly form a high-quality reducer. It can be configured with various types of motors, achieving mechatronics and fully guaranteeing the quality characteristics of the reducer motor products.
The K Series Gear Motor-KAF77 finds extensive applications in various industries due to its excellent performance. It is widely used in conveyor systems, where its high efficiency and reliable power transmission ensure smooth material handling. In packaging machinery, the gear motor's precise control and compact design make it ideal for driving different components of the packaging line. Additionally, it is suitable for use in printing machinery, food processing equipment, and textile machinery, where consistent and efficient power is required. The versatility of the KAF77 model, thanks to its modular design, allows it to be adapted to many other industrial applications, providing tailored power solutions.
The efficiency of the K Series Gear Motor-KAF77 is more than 95%, which is higher than that of single-stage worm gear reducers, making it an energy-efficient choice.
The gear motor is made of high-quality steel material, with a steel cast iron box. The gear surface undergoes high-frequency heat treatment to ensure durability and performance.
Yes, the K series reducer is designed based on a modular combination system, allowing it to be configured with various types of motors, forming mechatronics to meet different application requirements.
The K series gear motors can handle power up to 200KW, making them suitable for a wide range of industrial power transmission needs.
Absolutely, the KAF77 has a high overload capacity, ensuring reliable operation even in demanding high-overload industrial settings.

