12MM Linear Guideway with Slider

12MM Linear Guideway with Slider
Details:
Size: The width of the guide rail is 12 mm, which gives it higher load carrying capacity and stability compared to smaller guides (such as 9MM), while still maintaining high accuracy.Composition: It is mainly composed of two parts: the guide rail and the slide block. The guide rail provides the path of linear movement, while the slide block realizes linear reciprocating movement on the guide rail by rolling or sliding.
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Description
Technical Parameters
Basic overview

 

Size: The width of the guide rail is 12 mm, which gives it higher load carrying capacity and stability compared to smaller guides (such as 9MM), while still maintaining high accuracy.

Composition: It is mainly composed of two parts: the guide rail and the slide block. The guide rail provides the path of linear movement, while the slide block realizes linear reciprocating movement on the guide rail by rolling or sliding.

 

Technical characteristics

 

High precision:

12MM linear guide with sliding block after precision machining and assembly, can ensure high precision linear movement, to meet a variety of precision machining and positioning needs.

The matching gap between the slider and the guide rail is small, which reduces the deviation and shaking during the movement, and improves the positioning accuracy and repeated positioning accuracy of the system.

 

High load capacity:

Due to the large width of the guide rail, the 12MM linear guide rail with the slider can withstand higher loads, and is suitable for heavy loads or high-speed movements.

High quality materials and structural design are used inside the slider to enhance its load bearing capacity and impact resistance.

 

Good stability:

The fit between the guide rail and the slider is tight and stable, which can effectively resist external shock and vibration to ensure the stable operation of the system.

The movement of the slider on the guide rail is smooth and noiseless, which improves the use experience of the mechanical equipment.

 

Low friction:

The sliding block usually adopts rolling friction or sliding friction, which reduces friction resistance and energy loss during movement.

The surface of the slide block is specially treated to reduce the friction coefficient and improve the operating efficiency and service life of the system.

 

Easy to install and maintain:

12MM linear guide strip slider is usually standardized design, easy to integrate and install with a variety of mechanical equipment.

Maintenance and maintenance is also relatively simple, only regular cleaning, lubrication and inspection can ensure the long-term stable operation of the system.

 

 

Application field

 

12MM linear guides with sliders are widely used in many fields, including but not limited to:

 

Machine tool industry:

In CNC machine tools, machining centers and other machine tools, it is used to achieve high precision and high speed linear motion control.

Improve the machining accuracy and efficiency of machine tools to meet the needs of precision manufacturing.

 

Automation equipment:

In automated production lines, robots and other automation equipment, used to achieve a variety of linear motion control and positioning functions.

Ensure accurate positioning and stable operation of automation equipment, improve production efficiency and product quality.

 

Semiconductor and Electronics Industry:

Used to support and guide precise moving parts in semiconductor manufacturing equipment, electronic test equipment, etc.

Meet the semiconductor and electronics industry requirements for high precision, high stability and cleanliness.

 

Medical equipment:

In medical equipment such as surgical robots and medical testing instruments, it is used to realize the accurate movement and positioning of surgical instruments or detection probes.

Improve the accuracy and reliability of medical equipment, and provide better technical support for medical diagnosis and treatment.

 

Other areas:

It is also widely used in aerospace, automobile manufacturing, packaging machinery, textile machinery and other fields.

According to the specific application needs to select the appropriate guide rail and slider model and specification to meet the requirements of different fields for accuracy, bearing capacity and stability.

 

Technical parameters (examples)

 

  • Basic dimension parameter

 

 

The width of the guide rail: 12mm, which is the main dimension of the linear guide rail, determines its bearing capacity and stability.

Slide width: The width of the slide will vary according to the specific model, but it will usually match the width of the rail or be slightly wider to ensure stable sliding contact.

Length: The length of the guide rail can be customized according to the needs of the application to adapt to different mechanical equipment and working environment.

 

  • Dynamic and static load capacity

Dynamic load capacity: refers to the maximum load that the slider can withstand in a dynamic (that is, in a state of motion). Different brands and models of 12MM linear guides with sliders have different dynamic load capabilities, for example, some models may have 5820N dynamic load capabilities (such as IKO MLL12C1HS2 models).

Static load capacity: refers to the maximum load that the slider can withstand at static (that is, at rest). Similarly, the static load capacity of different brands and models will vary, for example, the IKO MLL12C1HS2 model has a static load capacity of 9540N.

 

  • Accuracy and repeated positioning accuracy

Accuracy: The accuracy of linear guide is one of the important indicators to measure its performance, including straightness, parallelism and so on. The high precision linear guide ensures that the slider moves on the guide with little deviation and shaking.

Repeated positioning accuracy: refers to the positioning consistency of the slider when it is moved to the same position several times. High precision linear guide with sliders can provide high repeated positioning accuracy to meet the needs of precision machining and positioning.

 

  • Other technical parameters

Slider type: According to the different sliding mode, the slider can be divided into rolling slider and sliding slider two types. The rolling slider moves through the ball or roller rolling on the guide rail, which has low friction resistance and high movement efficiency; The sliding block moves through the direct contact between the slide block and the guide rail.

Material: The material of the guide rail and slider has an important impact on its performance. Common materials include alloy steel, stainless steel, etc., these materials have high strength, wear resistance, corrosion resistance and other excellent properties.

Lubrication method: The lubrication method of the linear guide rail also has an important impact on its service life and performance. Common lubrication methods include grease lubrication and oil bath lubrication.

 

Summary

 

12MM linear guide strip slider plays an important role in many fields because of its high precision, high load capacity, stability and flexibility. Through reasonable selection, installation and maintenance, it can give full play to its performance advantages and improve the operating accuracy and reliability of mechanical equipment.

 

FAQ

 

Q: What is the difference between a linear guide and a rod?

A: A linear rail is a more stable platform than a rod, meaning that a load won't rotate during movement, providing a more accurate and steady result. Linear rods can be doubled up to prevent rotation, but a linear rail therefore provides a lighter, simpler solution. High accuracy.

Q: How to choose an LM Guide?

A: Obtain the value of the static safety factor from the basic static load rating and the maximum applied load. Calculate the average load by finding the mean of the applied load fluctuating during movement. Calculate the distance traveled based on the nominal life equation. Calculate the applied load on the LM block.

Q: What is LM used for?

A: lm is used to fit linear models. It can be used to carry out regression, single stratum analysis of variance and analysis of covariance (although aov may provide a more convenient interface for these).

 

 

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