InPut Flange RV Reducer

Standardized input flange design

The input end integrates circular or square flanges, and the flange size (diameter, bolt hole position, hole spacing) follows industry standards (such as ISO, JIS, or manufacturer's custom standards), which can adapt to different brands and models of servo motors, reduce the use of additional connectors (such as couplings), and simplify the installation process.

Two stage precision deceleration core

First stage: The planetary gear set initially decelerates, converting the high-speed input of the motor into medium speed torque output;

Second level: The cycloidal pinwheel mechanism further decelerates, achieving high reduction ratios (usually 10:1 to 320:1) and multi tooth load-bearing by alternately meshing the pinteeth with double cycloidal gears, improving transmission stability.

High rigidity overall structure

Integrated design or rigid connection of input flange and reducer housing to reduce connection clearance; Internally integrated with large cross roller bearings or tapered roller bearings to enhance torsional stiffness and radial/axial load capacity, capable of withstanding the combined forces of motors and loads.

Compact layout

The input flange is directly integrated into the reducer housing without the need for additional couplings or transition structures, shortening the axial length and saving installation space, especially suitable for size sensitive equipment.

RV-SE Series:

Input Flange Type Cycloidal Gearboxes

High coaxiality and low backlash

The flange rigid connection reduces the elastic deformation or installation deviation of traditional couplings, ensures the coaxiality between the motor and the input shaft of the reducer, and reduces transmission errors; Combined with the precision gear design of the RV reducer, the backlash is usually less than 1 arc minute (0.0167 degrees), meeting the high-precision positioning requirements.

Installation convenience and compatibility

Standardized flange dimensions are compatible with mainstream servo motors, allowing for quick assembly without the need for complex debugging, reducing the difficulty of equipment integration; Reduce the number of connectors and improve system reliability.

High rigidity and load capacity

The integrated flange and shell structure enhance overall rigidity and can withstand greater radial forces, axial forces, and impact torques (such as equipment emergency stop or sudden load changes), making it suitable for heavy or precision load scenarios.

Low vibration and long lifespan

Rigid connections reduce vibration and noise during the transmission process; Internal rolling contact components (gears, bearings) have minimal wear, coupled with precise lubrication, long service life, and low maintenance costs.

Efficient power transmission

Eliminating the energy loss of intermediate links such as couplings, the transmission efficiency is higher (usually up to 90% or more), especially in high-speed input scenarios where the advantage is obvious.

Industrial robots and collaborative robots

The waist rotation joint of the palletizing robot

needs to bear the total weight of the robotic arm and goods, and the flange rigid connection ensures stable rotation;

The shoulder joints of collaborative robots

designed with a compact layout and lightweight design, ensuring low back clearance and precise movements.

Automated production line equipment

Precision rotary worktable

Drive the worktable to achieve indexing positioning (such as machine tool processing, electronic component detection), and flange connection ensures the synchronization between the motor and the worktable;

Conveyor belt drive system

converts motor power into low-speed high torque, drives the conveyor belt to run smoothly, and is suitable for the layout of hygiene grade equipment in industries such as food and medicine.

Medical devices and high-end equipment

Surgical robot's robotic arm joints

flange connection simplifies sterile shell design, high-precision transmission supports minimally invasive surgical operations;

The motion axis of laser processing equipment

drives the laser head for precise positioning, with low vibration characteristics to ensure processing accuracy.

New Energy and Aerospace

The driving mechanism of the photovoltaic tracking system

flange connection adapts to harsh outdoor environments and has high rigidity to resist wind loads;

Precision turntable for unmanned aerial vehicle ground station

compact structure and low backlash support for precise pointing of antennas or sensors.