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F127
TAIXING
TAIXING F series Hollow Bore Parallel Shaft Gear motor for Lifting is a professional-grade power transmission unit, specially designed and manufactured for heavy-duty lifting and material handling scenarios. This parallel hollow shaft helical gear motor integrates high-precision helical gear transmission with a compact hollow bore structure, supporting 3 mainstream mounting types (foot, flange and shaft mounting), with 10 frame sizes available, covering output torque from 200 Nm up to 18000 Nm. With reduced backlash design and DIN6 grade gear precision, it is particularly suitable for high-reliability requirements in material handling and process engineering applications, serving industrial equipment manufacturers, engineering contractors and bulk enterprise buyers in the lifting sector. The core components are made of high wear-resistant alloy materials with special heat treatment and precision finishing, ensuring long-term stable operation under heavy load and frequent impact conditions in lifting equipment.
The optimized structural design delivers excellent heat-radiating efficiency, effectively avoiding temperature rise during long-term heavy-load operation, and greatly improving the carrying capacity of the heavy-duty lifting gear motor. The high-strength gear design can withstand extreme impact loads in industrial and port lifting equipment, ensuring reliable performance even in the harshest working conditions.
All models of our F series hollow shaft gear reducer are designed to support full-range mounting positions (M1-M6) as specified by clients, perfectly adapting to diverse installation spaces and equipment layouts. The hollow bore structure simplifies direct shaft mounting, eliminating the need for additional coupling components, reducing assembly time and space occupation for equipment manufacturers.
The precision-machined helical gears achieve stable meshing, ensuring smooth running and extremely low operating noise, which meets the strict environmental requirements of indoor industrial plants and port operation areas. The optimized gear profile minimizes vibration during start-stop and speed regulation, extending the service life of the whole transmission system.
This parallel shaft helical gear motor features a small overall volume, great load-carrying capacity and high transmission efficiency, realizing high power density in a limited installation space. It is an ideal choice for lifting equipment with strict space constraints, such as port cranes, industrial hoists and conveyor systems.
The core gears are made of high-quality 20CrMnTi alloy steel, the input and output shafts adopt 40Cr high-strength alloy steel, and the housing is made of HT200/HT250 high-strength cast iron. All core components undergo special heat treatment and precision finishing, with excellent wear resistance and impact resistance, greatly extending the service life of the gear motor.
Parameter | Specification Details |
Brand | TAIXING |
Model Range | F37 – F157 |
Core Certification | CE, ISO9001, BV, SGS |
Product Type | Parallel Shaft Helical Gear Reducer |
Rated Power Range | 0.18 – 200 KW |
Output Speed Range | 0.16 – 1028 r/min |
Max Output Torque | 18000 Nm |
Gear Ratio Range | 3.81 – 198.14 |
Gear Precision Grade | DIN6 |
Core Gear Material | 20CrMnTi Alloy Steel |
Housing Material | HT200/HT250 High-strength Cast Iron |
Input/Output Shaft Material | 40Cr Alloy Steel |
Our hollow bore parallel shaft gear motor for lifting is the core power transmission component for various heavy-duty industrial equipment, with core applications in industrial and port lifting equipment, including cranes, hoists, winches and lifting platforms. It is also widely used in material handling systems such as belt conveyors, screw conveyors, bucket elevators, as well as industrial mixers, process engineering equipment and other heavy-duty transmission scenarios. For special working conditions such as high-frequency start-stop, heavy load and variable speed, we can provide customized gear motor solutions to meet the specific needs of industrial business clients.
TAIXING is a professional manufacturer of industrial gear transmission equipment with a complete R&D, production and quality control system. We have introduced advanced CNC machining centers, high-precision gear grinding equipment and full-performance testing platforms, strictly implementing DIN international standards in the whole production process. From raw material incoming inspection, forging, heat treatment, precision machining to final assembly and performance testing, every link is under strict quality control, ensuring that each parallel hollow shaft helical gear motor meets the design requirements and international standards. Our professional R&D team can provide customized development services for special working conditions, helping clients gain competitive advantages in their industries.
Term | Detail |
Minimum Order Quantity | 1 unit |
Stock Availability | 200 sets of mainstream models in stock |
Accepted Payment Methods | T/T and other mutually negotiated methods |
Standard Lead Time | 3 – 10 days for stock models, 10 – 20 days for customized models |
Packaging | Standard export plywood case, suitable for long-distance sea and air transportation |
The hollow bore design allows direct mounting on the driven shaft, eliminating the need for couplings, adapters and other additional components, which saves installation space, reduces assembly difficulty and lowers transmission error. It is especially suitable for lifting and conveying equipment with limited installation space.
Yes, we support customized reduced backlash design according to the precision requirements of your lifting equipment, which can meet the high-precision positioning needs of various industrial lifting and process engineering scenarios.
Yes, our parallel shaft helical gear motor is fully compatible with mainstream variable frequency drive systems, and can be customized with special designs for variable frequency working conditions, ensuring stable speed regulation and reliable operation under frequent start-stop lifting scenarios.
