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18

2021-02

Structure and Characteristics of Single-Axis Robots

A single-axis robot, also known domestically as a single-axis manipulator, electric slide table, linear module, single-axis drive, or single-axis robot, can achieve two-axis, three-axis, or gantry-style configurations through various combination options. Consequently, multi-axis robots are often referred to as Cartesian coordinate robots. The overall structure of a single-axis robot typically consists of a gantry-frame design. Based on the production process requirements for workpiece machining, multiple processing devices—such as machining centers or CNC equipment—can be integrated into an independent automated production line, enabling automated and mass production of workpieces and significantly improving both production efficiency and product quality. Depending on the length of the gantry span, additional intermediate columns can be appropriately added between the end columns. Generally, a column spacing of around 4 meters is ideal. In terms of gantry-frame layout, extra manipulators or other processing equipment can be conveniently incorporated into the same processing unit to meet specific machining demands and further enhance production efficiency.

2021-02-18

Structure and Characteristics of Single-Axis Robots

28

2021-04

How to Quickly and Correctly Select Linear Motion Guides

Prioritize performance over price—meeting design requirements should be the user’s primary consideration. Only then should you seek out an appropriate supplier to obtain a relatively low price. In the mechanical products industry, especially in the parts sector, excessively high profits are rare. With the exception of premium brands, if you disregard channel factors, you can generally assume that higher prices correlate with better quality.

2021-04-28

How to Quickly and Correctly Select Linear Motion Guides

15

2021-05

The principle of ball screws

1. Ball screws are actuating components used to convert rotary motion into linear motion—or vice versa—and feature high transmission efficiency and precise positioning! 2. When the ball screw serves as the driving element, the nut will translate its rotational angle into linear motion according to the lead specified for the particular model. The driven component can be connected to the nut via a nut holder, thereby achieving the corresponding linear motion. Current status of screw manufacturing: Screw manufacturing methods are mainly divided into chip-removing processes (cutting and shaping) and chip-free processes (plastic deformation). Traditional chip-removing processes include turning and rotary broaching; while chip-free processes mainly include cold extrusion and cold rolling. Chip-removing screw manufacturing refers to the process of machining screws using cutting and shaping techniques, with turning and rotary broaching being the primary methods.

2021-05-15

The principle of ball screws

25

2021-05

What will be the future development of linear guides?

Manufacturing is an integral part of China’s economy. Modern China is often referred to as the “world’s factory.” However, due to numerous issues in this sector, domestic products tend to be perceived as having both strengths and weaknesses. To change this situation and enhance the quality and technology of China’s manufacturing industry, great importance is being placed on manufacturing itself. Among the equipment widely used in China’s manufacturing sector are machine tools, whose components are closely linked to linear guide rails.

2021-05-25

02

2021-06

Cleaning and Rust Prevention for Linear Guides

The precision of linear guides also varies. For example, the machine tool industry has very high requirements for the precision of machined parts; therefore, it typically uses precision linear guides of Grade H or higher. In contrast, the automation industry generally only requires linear guides to serve a transmission function with relatively lower precision requirements—Grade N is most commonly used in such applications.

2021-06-02

21

2021-06

Maintenance Steps for Linear Guide Rails

When used for linear reciprocating motion, linear guide rails offer a higher rated load capacity than linear bearings and can also withstand a certain amount of torque. Under high-load conditions, they enable highly precise linear motion. The function of a linear guide rail is to support and guide moving components in a specified direction, enabling reciprocating linear motion. According to the type of friction involved, linear motion guide rails can be classified into sliding-friction guide rails, rolling-friction guide rails, elastic-friction guide rails, fluid-friction guide rails, and others. Linear guide rails are particularly suited for mechanical structures that demand high precision. Next, let’s take a look at the maintenance steps for linear guide rails:

2021-06-21

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Contact: Zheng Shunfang18998086927(WeChat, same number)
Company phone:86 0769-83907790
Email:3413945297@qq.com
Address: Room 101, Building 7, No. 8 Liyuan Industrial Road 2, Luyu Village, Changping Town, Dongguan City

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