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The linear guide rail is divided into high assembly and low assembly. The combination height of the slider determines the high assembly or low assembly, and the determining factor still depends on the allowable height of the plane used. The size specifications are the same, but the height of the slider is different. High assembly refers to the assembly of the guide rail and slider together, and the height is slightly higher compared to low assembly. The height assembly of the slider refers to the height of the slider, or the combination height of the slider and the guide rail.
The high assembly linear guide rail is a four column single arc tooth contact linear guide rail, which integrates a more optimized structural design of a heavy-duty precision linear guide rail. Compared to other linear guide rails, it improves the load and rigidity capabilities. It has the characteristics of equal load in four directions and automatic centering function, which can absorb assembly errors on the installation surface and achieve high-precision demands. The concepts of high speed, high load, high rigidity, and high precision have become the trend of industrial product development worldwide in the future.
The low assembly linear guide rail is designed with four rows of steel balls to withstand loads, giving it high rigidity and high load characteristics. At the same time, it has four directional load characteristics and automatic centering function, which can absorb assembly errors on the installation surface and achieve high-precision demands. In addition, reducing the combination height and the length of the short sliding block makes it very suitable for use in small equipment with high speed automation industry machinery and space requirements.
High-precision linear guide rails have a number of distinct advantages, all of which lead to improved production efficiency. To begin with, these rails boast an incredibly high level of precision. Advanced production technology and precision machining techniques are employed to ensure that machinery functions as expected, with a high level of accuracy and repeating positioning accuracy.
Furthermore, these guide rails have high wear resistance. The surface is crafted from a material of high hardness or high-strength steel, meaning it can easily handle working in tough or corrosive environments. And, due to its low starting torque, you can achieve smooth motion – even at high speeds or under high frequencies.
Finally, these guide rails come fitted with high-quality bearings; these are specially treated for extra durability and minimal noise production. This provides you with a long service life and greatly reduces the need for equipment maintenance.
| Parameter | Value |
|---|---|
| Thickness of oil scraper | 2.2mm--4.4mm |
| Length | Customized |
| Accuracy | Within 0.01mm |
| Durability | High |
| Hardness | HRC58 |
| Grease supply | 0.3cm³/hr |
| Lubicating | Oil Nozzel |
| Advantage | Reduce Production Cost |
| Installation | Up Locked And Lower Locked |
| Temperature Range | Max.100℃ |
| Features | Lower locked Low assembly guideway, Lengthen sliding block, High rigity and speed linear guideway |
Linear guides are widely used in various fields such as robots, CNC machine tools, precision instruments and automated production lines. It is mainly utilized in situations that require precision in linear motion, such as high-speed motion, high-precision machining, precision positioning and high-frequency vibration.
In the field of robotics, high-precision linear guides, as an important component of robots, can ensure the accuracy and stability of robot motion. In the same way, when used in CNC machine tools, they can be used to guarantee machining accuracy and repeated positioning accuracy. This, in its turn, helps to increase both the efficiency and product quality. Precision instruments, also, benefit from the usage of high-precision linear guides, as they provide precise positioning and excellent motion control, making sure the accuracy and stability of the instrument are maintained.
In the field of automated production lines, high-precision linear guides can be used to improve both the production efficiency and product quality.
Besides, reduced equipment maintenance costs are an additional advantage one should consider.
We offer a customized Linear Guide Rail service that meets your specific requirements. Our service includes:
Technical support and services for Linear Guide Rail include:
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