Precautions for linear guides
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Summary of common problems in the use of linear guides
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Analysis on the Application of Linear Modules in Automation
Linear modules (also called linear modules or linear actuator ) are often used in non-standard automation equipment to replace manual production. Currently widely used linear modules can be divided into 3 types: synchronous belt type, ball screw type, and linear motor type.
The main components of the synchronous belt linear module are: belts, linear guides, aluminum alloy profiles, couplings, motors, photoelectric switches, etc.
The ball screw type linear module is mainly composed of: ball screw, linear guide, aluminum alloy profile, ball screw support seat, coupling, motor, photoelectric switch, etc.
How to choose a linear module
Linear module sliding table, also known as linear module, is generally composed of guide rail, screw rod, aluminum profile, support seat, fixed seat, coupling and motor. It is widely used in electronics, lithium battery, medical and other industries. The key to choosing a linear module product depends on your requirements for motion parameters. You can determine specific motion parameters and other technical conditions according to the application you need. These parameters must meet your actual needs, and both must meet the application requirements and retain Don’t mention too much room for it, otherwise its cost may be several times that of standard products. For example, if the accuracy of 0.1mm is sufficient, do not choose the parameter of 0.01mm. The same is true for other things like load capacity, speed, etc.
How to deal with the running jitter problem of the linear module
With the development of high-tech technology, people’s living standards have been greatly improved. Traditional assembly line work has been gradually replaced by intelligent robots. For example, Foxconn has basically completed fully automated technology, greatly reducing human capital. Everyone knows that in the intelligent robot components, most of the linear modules are used as the main actors. According to the AC servo motor driver, what should be done if the linear modules vibrate during operation? Let’s analyze it for everyone below.
How to improve the efficiency of linear modules
Fine position positioning technology is one of the basic technologies that support today’s manufacturing equipment, measuring equipment and high-density intelligence machines to achieve high precision and high speed, and it is also one of the criteria for determining high-quality linear modules. Therefore, the linear module adopts a reasonable position positioning mechanism design, so that it can achieve high precision.
