Guangdong GIGA Precision Technology Co.,Ltd
Confirm

National Service Hotline

+86-139 2922 3395

中
Product Model Download

Company News

Industry Trends

Exhibition Information

The operating principle of a hollow shaft reducer.

The operating principle of a hollow shaft reducer.

2023-05-05

The hollow reducer is a common speed reduction transmission device, mainly composed of an input shaft, output shaft, reducer, hollow chamber, and other parts. The operating principle of the hollow reducer is to convert the high-speed rotation of the input shaft into the low-speed rotation of the output shaft through the reducer, achieving transmission and conversion effects. This article will detail the operating principle of the hollow reducer. The reducer of the hollow reducer typically uses gear transmission, mainly consisting of gear shafts, gears, inner and outer housings, and other components. When the input shaft drives the input gear to rotate at high speed, the power is transmitted to the output gear through the action of gear transmission. Since the output gear is larger than the input gear, the rotational speed of the output shaft decreases, achieving the effect of speed reduction transmission. The reason that the reducer of the hollow reducer usually adopts gear transmission is that gear transmission has many advantages, such as high efficiency, high torque, low noise, and high reliability. Gear transmission is a direct transmission method that does not require intermediate transmission mechanisms like belts, enabling high precision and high efficiency transmission, which has significant application value. The hollow chamber of the hollow reducer is its unique design, which can serve as a spatial channel, allowing materials to be transmitted through the hollow axial direction during operation. It can also accommodate components such as fixtures and sensors, making it convenient.

In one minute, let me introduce you to the hollow shaft reducer.

In one minute, let me introduce you to the hollow shaft reducer.

2023-04-23

The hollow reducer is a common speed reduction transmission device, mainly composed of an input shaft, output shaft, reducer, hollow chamber, and other parts. Its working principle is to convert the high-speed rotation of the input shaft into the low-speed rotation of the output shaft through the reducer, achieving transmission and conversion effects. The hollow reducer has a wide range of applications in industrial production, machinery manufacturing, robotics, and other fields. The characteristics of the hollow reducer include high torque, high transmission efficiency, and stability and reliability. Its hollow chamber can serve as a spatial channel, allowing materials to be transmitted through the hollow axial direction during operation, while also accommodating components such as fixtures and sensors, facilitating production operations and control. This structural design is particularly suitable for situations with limited space and high precision and efficiency requirements. Due to its special structure and characteristics, the hollow reducer has a broad application in both domestic and international markets. In actual production, the service life and maintenance of the hollow reducer are very important. First, in terms of model selection, it is necessary to choose the appropriate model and parameters based on the requirements of the actual application scenario. Second, during the installation process, it is essential to ensure that the installation position of the reducer is correct, that the input shaft and output shaft are aligned, and that the reducer is securely and reliably fixed.

The production process of hollow gear reducers.

2023-04-12

The hollow reducer is a common speed reduction transmission device, and its production process involves multiple stages and procedures, requiring coordinated work in design, processing, assembly, inspection, and other aspects. This article will detail the production process of the hollow reducer. 1. Design Stage The design stage of the hollow reducer is the core of the entire production process. The rationality and precision of the design directly affect the quality and performance of the hollow reducer. The design stage mainly includes model selection, structural design, and component design, among other aspects, with model selection being the most critical step. When selecting a model, it is necessary to choose the appropriate model and parameters based on the requirements of the actual application scenario to ensure the speed reduction effect and operational stability of the hollow reducer. 2. Processing Stage The processing stage is an indispensable part of the production process of the hollow reducer, and its quality and precision directly affect the assembly and usage effectiveness of the hollow reducer. The processing stage mainly includes CNC machining, precision grinding, gear processing, drilling, and milling, among other procedures. CNC machining is an important part of the processing stage of the hollow reducer, enabling high precision and high efficiency in processing, thereby improving the quality and production efficiency of the hollow reducer. Precision grinding and gear processing are key procedures to ensure the accuracy of the hollow reducer's gears and transmission efficiency.

Precision electric sliding table, precision electric sliding table assists in production work.

2023-04-03

The precision electric sliding table is a motion control device characterized by high precision, high reliability, and high stability. It can improve the machining accuracy of machine tools, thereby enhancing machining efficiency. The precision electric sliding table can provide accurate control inputs to achieve precision control, ensuring the machining accuracy and stability of the machine tools. 1. Features The precision electric sliding table features high precision, high reliability, high stability, and high accuracy. It can provide accurate control inputs to achieve precision control, ensuring the machining accuracy and stability of the machine tools. In addition, the electric sliding table also has advantages such as automatic control, lightweight, and simple structure, which can effectively improve the machining accuracy of machine tools. 2. Applications The application range of precision electric sliding tables is very broad, and they can be used for sliding table control in various types of machine tools, including CNC machine tools, lathes, milling machines, etc. Furthermore, precision electric sliding tables can also be used in precision measurement equipment, robotic motion control, and manipulator control. 3. Structure The structure of the precision electric sliding table mainly consists of a dragging mechanism, driving device, encoder, sensor, and controller. The dragging mechanism is responsible for transmitting the power delivered by the driving device to the machine tool, achieving motion control of the sliding table; the encoder is responsible for measuring the motion position of the sliding table; the sensor is responsible for measuring the motion speed and position of the sliding table; the controller is responsible for managing the overall operation.

Precision electric sliding table, the superior performance of precision electric sliding tables.

2023-03-24

The precision electric sliding table is a high-precision, low-noise, infinitely adjustable speed electric sliding table that can handle extremely precise tasks, making work faster and more efficient. Due to its accuracy, performance, and reliability, precision electric sliding tables are widely used in fields such as machinery and laser processing. Characteristics of the precision electric sliding table include its simple operation and powerful functions. It has high precision, allowing for accurate movement adjustments; it operates with low noise, maintaining a quiet working environment; its infinitely adjustable speed allows for free speed adjustments of the sliding table, avoiding shaking; in addition, its compact size enables it to fit into tight spaces within machinery, making it more convenient and efficient. Usage instructions for the precision electric sliding table include first checking the power supply before operation to ensure the power cord is intact and not affected by external forces to avoid damage. Secondly, when installing the sliding table, attention should be paid to its position to ensure proper fit for better accuracy. Once the position of the sliding table is adjusted, the speed can be regulated through the controller for more precise operation. Adjustments can be made via the controller to ensure the sliding table achieves accurate movement precision, facilitating work.

The Jiajia Hollow Rotary Platform made its debut at the Fuzhou Industrial Expo.

The Jiajia Hollow Rotary Platform made its debut at the Fuzhou Industrial Expo.

2023-03-24

The 2023 China (Fuzhou) Industrial Expo was held from March 9 to 11, 2023, at the Straits International Conference and Exhibition Center in Fuzhou, Fujian Province. Our company, as a professional manufacturer of transmission components, participated in this exhibition.

What are the features of precision electric sliding tables? Precision electric sliding tables assist in easy and precise operations.

2023-03-15

The precision electric sliding table is a high-precision driving device that utilizes advanced electric technology to meet the needs of various industrial applications. Its characteristics include high precision, compact structure, strong reliability, easy maintenance, simple operation, and reliable performance. Therefore, it has become an indispensable key component in today's industrial production processes. 1. Advantages The precision electric sliding table has many advantages. Firstly, it possesses high precision, capable of meeting the requirements of precision machining, while also having good rigidity to meet high load demands. Additionally, it has the ability to operate at high speeds, catering to the needs of rapid production. Furthermore, its compact structure significantly reduces space occupation, better meeting the requirements of actual structures. 2. Applications The precision electric sliding table is widely used in fields such as automotive, aerospace, shipbuilding, and machining, fulfilling the requirements of various industrial applications. For example, it can be used for adjustments in machine tool hydraulics and hydraulic systems, in automotive air conditioning systems, and for automatic assembly in automotive factories. It can also be used for adjustments in ship systems and even for complex precision machining in the aerospace field. 3. Manufacturing Methods The manufacturing methods of precision electric sliding tables are also very advanced. Firstly, CNC (Computer Numerical Control) machining technology is employed to achieve high precision in production.

Precision electric sliding table brings more convenience to mechanical equipment.

2023-03-03

With the development of technology, people can now use precision electric sliding tables to achieve better operation of mechanical equipment. A precision electric sliding table is a type of sliding table that features precise positioning, high accuracy, reliability, and safety, providing more convenience for mechanical equipment. The advantages of precision electric sliding tables are very obvious. First, they can ensure the precise positioning of mechanical equipment, meeting the requirements of complex mechanical movements, such as planar adjustments and point movements, which can greatly improve work efficiency. Second, precision electric sliding tables have high accuracy, meeting the demands of high-precision mechanical systems, such as precision welding systems, which helps achieve a lower product defect rate. Additionally, precision electric sliding tables also offer reliability and safety, supporting various environmental temperatures and humidity levels, and can withstand the impacts of high-speed mechanical movements to ensure the safe operation of mechanical equipment. The emergence of precision electric sliding tables provides more possibilities for the positioning, accuracy, reliability, and safety of mechanical equipment, and their application in the machinery industry is becoming increasingly widespread. They not only improve the operational efficiency of mechanical equipment but also achieve higher work quality, thereby better meeting customer needs. Therefore, precision electric sliding tables will have more application prospects in the future.

Introduction to Precision Electric Sliding Tables

2023-02-21

The precision electric sliding table is a new type of automation equipment characterized by high precision, high stability, high reliability, and high performance. It can help mechanical control systems achieve greater accuracy, lower noise, and more stable operation. The precision electric sliding table typically consists of two parts: the main body and the motor. The main body is made up of steel guide rails, bearings, a reducer, and a slider, while the motor is used to drive the movement of the slider. The precision electric sliding table is a new type of transmission machinery with high precision, high stability, and high reliability. It achieves precise control of the sliding table through electric drive. It is an advanced device that provides excellent solutions for precision machining and can meet the needs of various application fields. 1. What is its function? The function of the precision electric sliding table is to control the position of objects. It can assist mechanical control systems in controlling the motion trajectory of objects, enabling automated processing and alignment. 2. What are its advantages? The precision electric sliding table has advantages such as high precision, high stability, high reliability, and high performance, making it capable of meeting the requirements for high precision, high stability, and high reliability. It is an important component of mechanical automation. 3. What are its application fields? The application fields of the precision electric sliding table are quite broad, commonly used in high-precision mechanical automation, semiconductor equipment, and more.

The main features of a CNC four-axis machining center are as follows:

2023-02-01

What are the main features of a CNC four-axis machining center? Below, the editor will introduce them to you. Compared to ordinary machine tools, it has the following characteristics: (1) Strong adaptability: It is suitable for processing complex workpieces in single or small batch production. CNC four-axis can process many shapes and complex parts that are difficult or impossible to machine with ordinary machine tools, such as propellers. This is because CNC machine tools have multi-axis linkage capabilities, allowing the tool to move along spatial curve trajectories. Therefore, it was first applied in aerospace and is also widely used in the processing of complex surface molds, propellers, and turbine blades. When changing processed parts, only the corresponding processing program needs to be changed to process new parts, without the need to manufacture or replace many tools and fixtures, nor to readjust the machine tool, etc. Therefore, it is particularly suitable for single-piece, small-batch part processing and trial production of new products. (2) High processing accuracy: Product quality is stable. The drive components of the CNC four-axis, especially the ball screw, have high manufacturing precision. During assembly, the transmission gap is eliminated, and measures to improve rigidity are taken, resulting in high transmission accuracy. The guide rails of CNC machine tools use rolling guides or are coated with friction resistance, eliminating low-speed crawling. In closed-loop and semi-closed-loop servo systems, high-precision position detection components are installed to feedback position errors to the computer at any time.

< 1234...11 > 跳转到 页
About Us
Company Profile
Marketing Network
Qualification Patent
Partner
Investor Relations
Agent Information
Products
Hollow Rotary Actuator
Positioning Table
Electric Slides
Variable Distance Slider
Planetary Gearbox
Harmonic Drive Gearbox
Module/Electric Cylinder
Cam Indexer
DD Motor
Vibrating Bowl
Right Angle Reducer
Blog
Company News
Industry Trends
Exhibition Information

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

img

Follow Us

COOKIES

Our website uses cookies and similar technologies to personalize the advertising shown to you and to help you get the best experience on our website. For more information, see our Privacy & Cookie Policy

COOKIES

Our website uses cookies and similar technologies to personalize the advertising shown to you and to help you get the best experience on our website. For more information, see our Privacy & Cookie Policy

These cookies are necessary for basic functions such as payment. Standard cookies cannot be turned off and do not store any of your information.

These cookies collect information, such as how many people are using our site or which pages are popular, to help us improve the customer experience. Turning these cookies off will mean we can't collect information to improve your experience.

These cookies enable the website to provide enhanced functionality and personalization. They may be set by us or by third-party providers whose services we have added to our pages. If you do not allow these cookies, some or all of these services may not function properly.

These cookies help us understand what you are interested in so that we can show you relevant advertising on other websites. Turning these cookies off will mean we are unable to show you any personalized advertising.

Copyright 2025 Guangdong GIGA Precision Technology Co.,Ltd All Rights Reserved粤ICP备12008284号SEOPricacy Notice

Business license