National Service Hotline
Products
GHS-K
Product model:
- Product Features
- Technical Parameters
- Dimensions
- Installation Instructions
- Download
-
- Commodity name: GHS-K
K series hollow type: The flexible wheel is a standard structure with a hollow flanged shape, featuring a compact overall structure and a large diameter hollow cam, which facilitates wire passing. Features: ● Simple type, easy to install and use ● No tooth gap ● Coaxial input and output ● Excellent positioning accuracy and rotational precision
Characteristics of Harmonic Reducers:
■ High Precision:
Using advanced design technology and ANSYS software simulation technology, design errors are accurately controlled to below 1 micron. The flexible bearings, cross bearings, flexible wheels, and rigid wheels are processed using precision advanced equipment commonly used in the industry.
■ Large Transmission Ratio:
This design complies with relevant international standards, with a single-stage harmonic gear transmission ratio reaching i=50 to 160. The simple structure of the three basic components on the same axis allows for a high reduction ratio.
■ High Load Capacity:
The flexible wheel and rigid wheel use an arc-shaped gear profile, with tooth-to-tooth engagement being surface contact. At the same time, the number of engaged teeth is relatively large, resulting in a smaller unit area load and a higher load capacity compared to other transmission forms. The use of cross bearings internally effectively increases the load capacity.
■ Compact and Lightweight:
Using integrated design and high-performance materials, the size and weight are significantly reduced compared to ordinary gear devices.
■ Smooth Transmission:
Using advanced 3D simulation design technology and high-precision processing technology, the accuracy of key components is improved, resulting in minimal deformation and smooth transmission. High-performance lubricants are used to reduce impact and noise.
■ Long Lifespan:
Using high-strength, high-performance materials and advanced surface heat treatment processes and coating technologies, the wear resistance of key component surfaces is increased by more than three times, greatly extending the product's lifespan.
■ Principle of Harmonic Gear Transmission
Harmonic gear transmission was invented by American inventor C.W. Musser in 1955. It is a new type of transmission method that utilizes the elastic deformation of flexible working components for motion or power transmission, overturning the traditional mechanical transmission model that uses rigid components, thus achieving a series of special functions that are difficult to attain with other transmissions. The deformation process of the intermediate flexible component is essentially a symmetrical harmonic, hence the name.
■ Composition of Harmonic Gear Transmission Devices
■ Principle of Harmonic Gear Transmission Reduction
The principle of harmonic gear transmission reduction utilizes the relative motion of the flexible wheel, rigid wheel, and wave generator, mainly relying on the controllable elastic deformation of the flexible wheel to achieve motion and power transmission. The elliptical cam inside the wave generator rotates within the flexible wheel, causing deformation of the flexible wheel. When the teeth of the flexible wheel at the ends of the long axis of the elliptical cam engage with the teeth of the rigid wheel, the teeth of the flexible wheel at the ends of the short axis disengage from the teeth of the rigid wheel. The teeth between the long and short axes of the wave generator gradually enter a semi-engaged state along different segments of the circumference of the flexible and rigid wheels, referred to as engagement. The gradual exit from the semi-engaged state is referred to as disengagement. As the wave generator continuously rotates, the flexible wheel undergoes continuous deformation, causing the teeth of the two wheels to constantly change their original working states in four types of motion: engagement, semi-engagement, disengagement, and disengagement, achieving motion transfer from the active wave generator to the flexible wheel.
-
GHS-K corresponding specifications:
GHS14-30-K GHS14-50-K GHS14-80-K GHS14-100-K GHS17-30-K GHS17-50-K GHS17-80-K GHS17-100-K GHS20-30-K GHS20-50-K GHS20-80-K GHS20-100-K GHS20-120-K GHS25-50-K GHS25-80-K GHS25-100-K GHS25-120-K GHS32-50-K GHS32-80-K GHS32-100-K GHS32-120-K -
GHS14-K
GHS17-K
GHS20-K
GHS25-K
GHS32-K
-
Contact Us
Mobile: +86-13929223395
Tel: +86-769-87782670
E-mail: sales@gigager.com
Add.: Room 1101, Building 28, Zhongji Zhigu, Songshan Lake, Dongguan City, Guangdong Province, China
Follow Us
Copyright 2025 Guangdong GIGA Precision Technology Co.,Ltd All Rights Reserved粤ICP备12008284号SEOPricacy Notice
