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1-1. Micro Cycloidal Reducer WF Series
The WF Series represents a wide range of precision speed reducers with flanged housings. These high-precision speed reducers consist of a precise reduction mechanism and high-capacity radial and axial cylindrical bearings. This gear design allows the load to be mounted directly to the output flange or housing, eliminating the need for gears. Featuring a modular design, they can be directly connected to any servo motor brand.
1-2. Micro Cycloidal Reducer WFH Series
The WFH series is a high-precision hollow shaft reducer. Electrical wiring, compressed air lines, drive shafts, and other components can be routed through the hollow shaft. The WFH series features a fully sealed design and a comprehensive lubrication system. The WFH series high-precision reducer incorporates a precision reduction mechanism and radial and axial roller bearings. The unique design of this reducer allows the load to be applied directly to the output flange or housing, eliminating the need for additional bearings.
1-3. Micro Cycloidal Reducer WFR Series
WFR series is ahigh-precision reducer with flanges,with a wide range of applications.The WFR series high-precision reducer includes a precise reduction mechanism and radial axial roller bearings.The unique design of the gearbox allows the load to directly act on the output flange or housing without the need for additional bearings. The characteristic of the WFR series high-precision reducer is that the input and output angles are go degrees,which can greatly save installation space. The modular design allows for the installation of motors and reducers through flanges.
2-1. RV Reducer WRV -E Series
Features
- Built-in angular contact ball bearing mechanism improves reliability and reduces total cost. Angular contact ball bearings are installed, so they can support external loads, have strong bending moment rigidity, and allow large bending moments; the number of required parts can be reduced and installation is easy
- Two-stage reduction mechanism
The orbital speed of the cycloid wheel is slowed down, and the vibration is small; the motor is directly connected to the input gear, and the inertia is small - Planetary carrier support mechanism
High torsional rigidity, low vibration, and strong impact resistance - Roller bearing contact mechanism
Low starting torque, low wear, long life, and small tooth gap (1 arc.min) - Cycloid wheel and pinion mechanism
Small tooth gap and strong impact resistance: The multi-tooth meshing of the cycloid wheel and pinion can effectively resist impact loads.
2-2. RV Reducer WRV-C Series
Working Principle
The WRV-C reducer features two reduction stages: the first stage is an involute planetary gear mechanism; the second stage is a cycloidal pinion gear mechanism. The WVRV-C reducer can be used in many ways. The rotation direction and speed ratio are shown in the figure below.
RV Reducer WRV -C Series-WRV10C
RV Reducer WRV -C Series-WRV100C
RV Reducer WRV -C Series-WRV120C
RV Reducer WRV -C Series-WRV320C
RV Reducer WRV -C Series-WRV400C
RV Reducer WRV -C Series-WRV27C
RV Reducer WRV -C Series-WRV50C
RV Reducer WRV -C Series-WRV500C-1
2-3. WRD Industrial Robot Joint Reducer
WRD Industrial Robot Joint Reducer All-in-One
3. Harmonic Reducer
Characteristics of Harmonic Drive:
- High Precision: Multiple teeth mesh simultaneously at two 180-degree symmetrical positions. Therefore, the impact of gear pitch errors and cumulative pitch errors on rotational accuracy is more evenly distributed, resulting in extremely high positional and rotational accuracy.
- High Transmission Ratio: The transmission ratio of a single-stage harmonic gear drive can reach i=30-500. Its simple structure, with only three coaxial basic components, can achieve a high reduction ratio.
- High Load Capacity: In harmonic drive, teeth mesh with each other through surface contact, and the large number of teeth meshing simultaneously results in a low load per unit area, resulting in a higher load capacity than other transmission types.
- Small Size and Light Weight: Compared to conventional gear systems, the size and weight can be significantly reduced, enabling miniaturization.
- High Transmission Efficiency and Long Service Life.
- Smooth, Shock-Free, and Low-Noise Drive.
4. Planetary gear reducer
Structural characteristics
The output planetary carrier and gear ringof the reducerare designed withasplitstructure,and the parametersofthe reducerare uniform and good. The product processingtechnology is the same as highend products,and thehigh-precisionprecisionsameprocessing equipment is used for manufacturing,with high costeffectiveness.The gear ring,carrier,and inputshaft oftheplanetaryreducer are allmade of4Crhigh-qualitystructural steel,and throughhot forginghigher materialdensity isprocessing,obtained,compared to using castingboxes,round steel,etc,It has higher strength andtoughness.
Gear features
A true straight tooth surface spur gear ismade of 20CrMnTi high-quality alloy steel andprocessed throughcarburizationgrindingto HRC62.process,withahardnessofupCompared to gears made ofordinary steel 40Crand 38CrMnTi withonlysurfacenitridingtreatment,it has higher hardness,rigidity,toughness, and wear resistance. The design andanalysis technology of 3Simulation is used tomodify the tooth shape, tooth direction, andfollow the modification process to reduce gearmeshing noise,Increase the service life of thegear train.
Application characteristics
Theproduct hasuniformandgoodparameters,can withstand certainradialandaxial loads,and performs wellin situationswith medium to low precision requirements. Theheavy series tapered rollerbearingsarearranged and output in an integrated planetarystructure, making the product highly capable ofradial andexcellent axial load-bearingcapacity.Italso has high rigidityandoutstanding performance in frequent start stopand load change situations.
5. Hollow Rotating Platform
High Rigidity
High speed
Durability
