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With the continuous development of the era of science and technology, the linear sliding track used in combination with other factors has a common decisive role in the performance and quality of the linear motor. In industry, linear motors have more often replaced drives with fragile mechanical transmissions. It has high speed and acceleration, good adjustment accuracy, and accurate positioning analysis. The advantage of the linear motor is that the electric energy it provides can be directly converted into linear motion, and it does not need to be used in torque conversion machinery at all. It has a wide range of applications, including optics, electronics, textiles, machinery manufacturing, loading and unloading and packaging industries. . For example, the manufacturing and processing of electronic structural components is very demanding: 1mm x 0.5mm electronic components must have high precision and be inserted in a safe position. In the electronics industry, the working cycle of the plug-in automation equipment is usually less than 0.5s, the transmission mechanism must reach a positioning accuracy of 5 microns, and at the same time, it must have a high acceleration value, which has special requirements for machinery, and the acceleration can be obtained by linear motors. At the same time, it also puts forward high requirements for the mechanical structure of the linear guide. Linear motors generate high permanent axial forces during operation. The guiding device must absorb forces of more than 3000N. Therefore, in highly dynamic operation, lightweight, high rigidity and robust mechanical guides are required. Countertop level correction. The linear guide rail is placed on the installation base with two equal-height gauge blocks and a marble ruler, and a precise level is placed to adjust the level of the base. degree and visual inspection. Requirement: After the horizontal debugging is completed, the installation base surface of the main line guide rail must be measured with a laser interferometer (usually we are near a linear guide rail surface near the right column). The convexity is 0.03mm. The roughness requirement is 1.6. The chamfering treatment of the wire guide mounting base surface and the guide side reference mounting surface. Requirement: At an angle of 3.5mm or less, if the chamfer is too large or protruding, it should be treated with oil stone and a file in time, otherwise it will lead to abnormal installation of the guide rail, and even interfere with the slider. Processing of locking threaded holes on the base surface of linear guide rails. Please verify whether the position of the installed screw holes is correct, and the center distance of each connecting screw hole is 120mm greater than 0.1mm or less than 0.1mm; in order to ensure the high precision of screw hole processing, select CNC equipment for positioning processing. Check out the straight track out of the box. Requirements: Check whether the linear guide is qualified, whether there is scratches or rust, clean the anti-rust oil, and remove the burrs, protrusions and dirt on the assembly surface.

Linear motor is a high-speed, high-precision and high-efficiency electric actuator, which is characterized by directly converting electrical energy into mechanical linear motion without the need for traditional rotating motors and transmissions. It is widely used in automation equipment, robots, medical equipment and industrial production lines. DD motor is a high-performance brushless DC motor with high torque, high efficiency and low noise. It uses digital drive technology to precisely control speed and position, and is suitable for applications that require high-precision motion control, such as printing presses, CNC machine tools, and precision instruments. A robotic arm is a mechanical device that imitates a human arm and can perform various actions and operations in three-dimensional space. It consists of multiple joints and actuators and can perform complex tasks such as assembly, handling and welding. Robotic arms are widely used in fields such as industrial automation, warehousing and logistics, and medical surgery. Our products have high quality, reliability and stability, and through advanced technology and strict quality control, we can meet various needs of customers. We are committed to providing comprehensive solutions and high-quality after-sales services to establish long-term cooperative relationships with customers. If you are interested in our products or have any questions, please feel free to contact us. We look forward to cooperating with you and providing you with the best solution. Thanks!

What is a linear module? Linear module has various names such as linear module, Cartesian coordinate robot, linear slide table, etc. It is an automatic upgrade unit following linear guide rail and ball screw linear transmission mechanism. The linear and curvilinear motion of the load can be realized by the combination of each unit, making the automation of the light load more flexible and the positioning more accurate. Commonly used linear module types: timing belt type and ball screw type. The synchronous belt linear module is mainly composed of belts, linear guides, aluminum alloy profiles, couplings, motors, photoelectric switches, etc. Ball screw linear module is mainly composed of ball screw, linear guide, aluminum alloy profile, ball screw support seat, coupling, motor, photoelectric switch and so on. Because linear modules are easy to assemble and exchange, easy to maintain, do not require lubrication, and have low maintenance costs, they have been widely used in various industries and fields. In the application of linear modules, the quality of the product depends to a large extent on the accuracy of various aspects. Therefore, improving the precision and debugging precision of the product plays a crucial role in the linear module product. In practice, load line and curvilinear motion are realized by the combination of each unit, making the automation of light loads more flexible and more accurate in positioning. Since its development, linear modules have been widely used in various equipment. It has made an indispensable contribution to the development of my country's equipment manufacturing industry, reduced the dependence on the import of external complete sets of equipment, and brought more opportunities for engineers who are keen on equipment research and development and manufacturing. Linear modules have been widely used in measurement, laser welding, laser cutting, coating machines, spraying machines, punching machines, dispensing machines, small CNC machine tools, engraving and milling machines, sample drawing machines, cutting machines, transfer machines, sorting machines, Testing machine, applicable education and other places.

Linear modules can be used in various automation occasions and used as driving devices after handling. Not only for single use, but also for assembly to other devices as modular components. Linear modules are generally composed of belts, line guides, aluminum alloy profiles, couplings, motors, and photoelectric switches. The linear guide is one of the core components of the linear module. Different linear guides enable the linear to fully play its role in different fields and different environments. What types of linear guides are there in the linear module? What are the characteristics of various types of linear guides? Let's go see it together. 1. Self-lubricating wire guide. The oil is stored in the self-lubricating line guide, which causes the oil to produce capillary phenomenon, so that the oil directly lubricates the oil-carrying ball and the surface of the raceway. What we call capillarity is a property of the slow diffusion of liquid properties in other substances (towels, paper), which occurs when the cohesion of the liquid molecules is less than the attractive force between it and other substances. Since the dynamic interface of the linear guide is on the ball, the self-lubricating type is to lubricate the ball, that is, to reduce the friction between the ball and the surface of the guide, reduce wear, and relatively improve the life of the linear guide. 2. Linear guide to prevent dust. When the linear guide is used in harsh environments, selecting appropriate dust-proof accessories can effectively prevent foreign objects such as iron filings and dust from entering the interior of the slider, and avoid affecting the accuracy and life of the linear guide due to the intrusion of foreign objects. 3. Positioning type linear guide. The utility model is an integral body of a linear guide rail assembly and a linear guide rail assembly, has a linear guide rail assembly, and has the functions of linear guide and position feedback. With the high rigidity of the linear guide and the high precision of the magnetic encoder, the integration of the linear guide and the encoder can save the space of the mechanism. Moreover, the inside of the ruler and the sensor reading head is not easily damaged by the fear of external forces. Its measurement characteristics are not changed by harsh working environments such as oil, water, dust and chips; in addition, it is also suitable for environments such as vibration, noise, and high temperature. 4. Modular platform. The modular U-shaped structure is integrated with the ball screw and linear guide, which not only provides high rigidity and high precision performance, but also saves space for installation and use. It is suitable for precision machinery, semiconductor equipment and other mechanisms that require precise positioning. . The types of linear guides of linear slide modules on the market can be roughly divided into four categories. Different types of linear guides make linear guides suitable for various fields.

Linear modules are also known as linear, electric, single-axis, and CNC slides. Compared with other multi-joint manipulators, although the function of the linear module slide table is somewhat monotonous, it is an important product for automation and an important auxiliary equipment that many automation equipment needs to use. Linear modules can be divided into two types: ball screw type and synchronous belt synchronous wheel type. The belt linear module is mainly composed of belt, linear guide, aluminum alloy profile, base, worktable, motor seat, coupling, motor, motor It is composed of fully enclosed and semi-enclosed types, which are characterized by high speed and long stroke. The synchronous belt type linear module is a linear transmission device composed of a synchronous belt and a synchronous pulley. It has the advantages of a wide range of applications, convenient installation and high precision. Synchronous linear module with high rigidity adopts aluminum alloy profile, which can make the module have good rigidity during movement and can withstand high temperature. Synchronizer linear module adopts fully enclosed, semi-enclosed servo or stepper motor. The two sides of the module are equipped with belts, and there are sliders on the belts. When inputting, the belts drive the sliders to work. According to the specific design, the belt tension can be controlled on one side, which is convenient for debugging during production. At the same time, according to different loads, you can choose to add rigid guide rails to improve performance. The specifications are different, and the upper limit of the load is also different. The synchronous linear module is adopted, with fast speed and long stroke. During the production process, the production speed can be rapidly increased, and the stability of the product during accelerated production can also be guaranteed, and the product quality can also be guaranteed. The synchronous linear module is easy to assemble, compact in design, simple in maintenance and high in precision. Except for a few working conditions that require extremely high precision, it can also meet the production and processing of most machinery, saving labor costs for enterprises.

Linear motor, also known as linear motor. A linear motor is a transmission device that directly converts electrical energy into linear motion mechanical energy without any intermediate conversion mechanism. The difference between linear module and linear motor: Linear modules are different from linear motors. They are all automatic transmission elements, which can realize linear motion. They all assemble various parts on aluminum profiles and add cover plates, which look similar in appearance. 1. The difference between the principle of linear motion. Although similar in appearance, the principle of linear motion is different. The linear motor directly converts electrical energy into mechanical energy, and linear motion does not require an intermediate mechanism, and the linear module needs to convert curved motion into linear motion. 2. Poor accuracy. The accuracy of the linear motor is higher than that of the linear module. The linear motor has a simple structure, and the linear motion does not need to go through an intermediate conversion mechanism. The motion inertia is reduced, the dynamic response performance and the positioning accuracy are greatly improved, and the accuracy of the linear motor can be achieved, and the accuracy of the linear module is generally around. 3. Poor speed. Linear motors have great advantages in terms of speed. The speed of the linear motor is 300m/min; the acceleration is 10g. The speed of the ball screw is 120m/min; the acceleration is . Compared with speed and acceleration, the linear motor has considerable advantages. After successfully solving the heating problem, the speed of the linear motor will be further increased, but the speed of the rotary servo motor + ball screw is more limited, and it is difficult to increase it again. In terms of dynamic response, linear motors have advantages due to motion inertia, backlash, and mechanism complexity. In terms of speed control, the linear motor responds faster and has a wider speed regulation range, reaching 1:10,000. It can reach high speed when starting, and can quickly stop when running at high speed. 4. Poor noise. The noise of the linear motor is less than that of the linear module, because the linear motor has no centrifugal force constraint, there is no mechanical contact during movement, and there is no friction and noise. The transmission parts have no wear, which can greatly reduce the mechanical loss and avoid cable dragging. cable. Noise caused by gears and pulleys to improve overall efficiency. 5. Price difference. The performance of linear motors is higher than that of linear modules in all aspects. Therefore, in terms of price, linear motors are more expensive, usually several times more expensive. The above are the main differences between linear modules and linear motors. Of course, aside from these differences, the drives come with different equipment. Linear modules are controlled by servo motors or stepper motors, and the linear motor itself is the driving device. So how to choose between the two? According to the different characteristics of linear electric and linear modules, you can refer to the following options: 1. Generally, customers with small force, long stroke and high precision requirements can choose to use linear motors; 2. For customers with large force, short stroke and high precision requirements, the lead screw linear module can be selected; 3. For customers with general force, long stroke and low precision requirements, the synchronous belt linear module can be selected.

1. The main type is linear module. There are many types of linear modules, each with different functions and features. Users can choose the appropriate linear module configuration according to the function to be realized. In order to make it easier for users to choose among actual needs, let us understand the main types of common linear modules. The module can realize long-distance transmission and transportation, synchronous belt instead of ball bar, practical operation without dangerous speed limit, very convenient installation and maintenance, saving user costs to the greatest extent, the module is often used for automatic welding, cutting and dispensing, handling, materials, etc. equipment. Second, the open ball screw linear module. This module is mainly composed of motor, coupling, ball screw, bearing seat, motor seat, adapter seat and other modules. The installation process is very simple and convenient, and does not require customers to carry out complex design and maintenance. Open ball screw linear modules are often used for glue welding. 3. Semi-enclosed synchronous belt linear module. This module is a comprehensive molding product, made of aluminum material, semi-closed and dust-proof, with a wide range of models, ranging from small to large product models, can be used in various equipment, with high load, high thrust and other characteristics, is a very High linear module product. 4. Semi-enclosed ball screw linear module. The module also has a dust-proof effect, using stainless steel band material, not only dust-proof, but also has a good splash-proof effect. This high-quality linear module has a unique design, high wear resistance, long service life, compact structure and strong versatility, and can be used in various equipment. 5. Fully enclosed synchronous belt linear module. The linear module adds a stainless steel belt dust-proof structure on the basis of semi-enclosed, and the design is more beautiful and elegant. It can be used for high dust-proof requirements, and can also be used for various long-distance processing operations. The noise is small, and the linear module can be customized according to the actual needs of users. length. 6. Fully enclosed ball screw linear module. The linear module is based on the semi-closed module with a stainless steel belt dust-proof structure, which not only has a more beautiful appearance design, but also reduces the product size by volume design, and maximizes the product effect under the premise of saving space. The appearance is smooth and free of dust and debris. Easy to clean and can also be used for various dust-proof needs.

In general, when choosing a linear module model, the most important thing is the load capacity of the linear module. Under different working conditions, the load capacity of the module will also be very different. This is closely related to the application of modules. Is there any abnormal sound when realizing high-precision linear repetitive motion? First, we should know if this is a normal sound or an abnormal sound caused by a faulty component. Let's talk about the unusual sounds we usually hear When the linear module has a common noise fault during operation, firstly test it according to the type, use, speed ratio and motor shaft size of the linear module, that is, directly observe the target to see if there is any inappropriate place. In fact, the noise sources of sliding modules are generally divided into three categories: electromagnetic noise, mechanical vibration noise and ventilation noise, so how do we distinguish these noise types? It's not difficult. One is electromagnetic noise. With the increase of applied voltage and load, the noise of this touch group will increase, so when the linear module starts to start, the noise will increase significantly, and when the touch group motor is idling, the noise will disappear immediately; this situation is easier to judge. After measuring the voltage and removing the load, the problem can be judged very well. The second is mechanical vibration noise and ventilation noise. The noise of these two linear modules is independent of external voltage and load current, but related to the speed ratio. Common faults caused by electromagnetic noise, such as motor stator three-phase winding asymmetry or inter-turn short circuit, will lead to three-phase current imbalance; common faults caused by cage rotor cage broken or wound rotor three-phase winding asymmetry will cause motor stator current Fluctuations and periodic vibrations. It can be seen from the above introduction that the electromagnetic noise and mechanical vibration noise of the linear module will be faintly visible, and the ventilation noise is relatively stable. For these abnormal noise problems in the operation of the linear module, we can eliminate them by self-checking. If the problem cannot be solved, we should promptly contact the supplier and manufacturer. Straight sliding modules generally use aluminum profiles as the base shell, with sufficient rigidity and simple and elegant appearance. Single-axis or xyz multi-axis combinations can be used. The structure is simple, the installation is convenient, and the design scheme is more flexible and diverse. Require. When designing the scheme, we generally know the load torque of the slide table. Different sizes and models of touch groups have very different torque-carrying capacities in different directions. We should try to stay within the allowable range. There are not many problems with the load of the electric sliding table, but in practical applications, there are many problems that need to be paid attention to in the design scheme. For example, the load capacity of the vertical combination application will be greatly reduced. At this time, it is necessary to select a touch group with sufficient load limit according to the requirements of the customer.

There are more and more applications of linear modules, especially with the development of the automation industry, the application of linear modules is becoming more and more common; but in the process of use, rust may occur, and the rust of linear modules will affect its service life and positioning. precision. In fact, most causes of linear module rust are due to improper use. Below, learn how to use linear modules correctly to avoid their rust! 1. When using the linear module, it must be used at room temperature, and try to avoid mixing with corrosive substances; if there is sweat on your hands during use, do not directly touch the guide rail. If you touch the rail with sweaty hands, be sure to wipe a layer of anti-rust oil afterwards. In order to better prevent the linear module from rusting, try to wipe the anti-rust oil on the sliding table of the linear module after use, which can play a certain protective role. 2. In order to ensure the excellent performance of the linear module, not only should pay attention to avoid rusting, but also do some inspections and other maintenance regularly. For example, for the slide rails of linear modules, the slide rails must be regularly lubricated with some oil. If the lubrication is insufficient, the friction between the steel ball and the rolling surface will increase, which will shorten the service life of the linear module; the user can choose manual or automatic forced lubrication according to the running speed of the linear module and the use environment. In addition, the screws of the linear modules should be maintained and maintained with lubricant or grease. 3. The way to avoid rusting of the linear module is to avoid oxidation as much as possible, and store and use it at room temperature. If conditions permit, a layer of anti-rust oil can be wiped after use to better protect the linear module. The above is the relevant content of how to use the linear module correctly and try to avoid rust. In addition to protecting the linear module itself, also protect its parts, including the rails and screws.

Compared with the traditional transmission device, the linear module has the characteristics of simple installation and convenient maintenance, and its popularization and application have brought a comprehensive reform to the industrial automation industry. What are the performance characteristics of linear modules? Performance characteristics of linear modules. 1. The movement speed is fast. The linear module reduces the friction between interacting objects and increases the speed of linear motion. The linear module has fast positioning speed and less time-consuming. Fast positioning and increasing linear motion speed can withstand more workloads in a short time, improving efficiency to a certain extent. 2. High repeat positioning accuracy. The linear module not only increases the speed, but further improves the accuracy of positioning. Through repeated positioning, the accuracy can be further improved, the positioning part does not need to be corrected, and errors can be avoided. There are various models of linear modules to choose from, which are more convenient to use and do not need to be corrected in a short time, so that the linear modules have certain advantages in repeated positioning accuracy, and are widely used in modern laser technology and cutting machine tool industries. 3. Compact structure design. In addition to the above-mentioned high speed and high positioning accuracy, the linear module also has the characteristics of small size. Compared with the traditional transmission device, the linear guide is small in size, suitable for precision instruments, reduces the price of mechanical equipment to a certain extent, and has a long service life, suitable for automatic processing machinery in large and small factories. The invention and application of linear modules have promoted the development of industrial automation industry to a certain extent. Linear modules are widely used in automation, precision measuring instruments and other industries, and can replace traditional transmission methods such as racks and pinions, synchronous belts, and rail sliders. The linear module has a variety of series products for users to choose according to different use environments, loads, working conditions and other needs, and has a large market prospect and development space.

The lead of the lead screw linear module is small, and the thrust of the servo motor can be exerted to the highest level. Generally speaking, the smaller the lead screw linear module, the greater the thrust. Generally used in industries with large forces and loads. For example, a servo with a rated thrust of 0.32N of 100W can generate a thrust of about 320N through a ball screw with a 5m lead. The Z axis generally adopts a ball screw linear module. Another advantage of the ball screw linear module is that its accuracy is higher than other transmission modes. The repeat positioning accuracy of the screw linear module is ±0.005±0.02mm, which is made according to the actual requirements of the customizer. Because the ball screw linear module is limited by the slenderness ratio of the ball screw, generally the stroke of the ball screw linear module should not be too long, and 1/50 of the diameter/total length is the maximum value of Zui, which is controlled within this range. If the length is exceeded, the running speed needs to be appropriately reduced. Modules that exceed the length of the slenderness ratio are rotated at high speed by the servo motor, and the resonance generated by the wire will generate vibration and deflection, causing great noise and danger. When the ball screw is assembled, both ends are supported. If the wire is too long, it will not only cause the coupling to loosen, but also reduce the accuracy and service life of the module. Taking our TL100 as an example, resonance may occur when the effective stroke exceeds 800m. When the stroke increases by 100m, the maximum speed of Zui should be reduced by 15%. Dongguan Baolai Automation Technology Co., Ltd. is mainly engaged in the R&D, production and sales of linear transmission products. It is located in Chang'an Town, a famous town in the economic and cultural center of Guangdong Province. The factory has a modern factory area of nearly 4,500 square meters, and has established ISO9001 quality system and ISO14001 environmental management system. The company has a group of R&D teams with more than ten years of experience in the field of automation, and has registered nearly 15 invention and utility model patents in the fields of linear motors, linear modules, module slides, DD motors, etc. The products are widely used in various automated production lines, Automation equipment (dispensing, spraying, welding), packaging, handling, inkjet printing, printing, laser cutting, scientific research experiments and other fields that require precise linear transmission and positioning. High-quality products, good service, and good reputation. Since its establishment, Baolai has established and maintained long-term strategic partnerships with many universities and research institutes, including Foxconn Group, Lenovo Group, BYD, Tianma Group, Ricoh Group, Wuhan Fangu Electronics, Beijing Chinachem, Dongguan Xinnengde, China Agricultural University, Guangdong University of Technology, etc. Also willing to be your most reliable long-term partner.

Today, I will take you to understand the composition of the screw linear module. Ball screw type linear module is mainly composed of ball screw, linear guide, aluminum alloy profile, ball screw support seat, coupling, motor, limit sensor, etc. Ball screw: Ball screw is an ideal product for converting rotary motion into linear motion, or converting linear motion into rotary motion. A ball screw consists of a screw, a nut and balls. Its function is to convert rotary motion into linear motion, which is a further extension and development of ball screws. Due to its small frictional resistance, ball screws are widely used in various industrial equipment and precision instruments. High-precision linear motion can be achieved under high loads. However, the ball screw does not have the self-locking ability of the trapezoidal screw, so you need to pay attention during use. Linear guides: Linear guides, also known as slide rails, linear guides, and linear slides, are used in linear reciprocating motions. They have a higher rated load than linear bearings, and can bear a certain torque at the same time. Precision linear motion, in addition to some lower precision occasions, can also be replaced by box linear bearings, but it should be noted that it is worse than linear guides in terms of torque and rated load capacity. Modular aluminum alloy profile: The modular aluminum alloy profile slide table has beautiful appearance, reasonable design, good rigidity, reliable performance, low production cost and is often used in industrial automation equipment. The module assembled after finishing has high rigidity and thermal stability. The deformation is small and the feeding stability is high, thus ensuring the high precision and high stability of the automatic equipment. Ball screw support seat: The ball screw support seat is the bearing support seat that supports the connecting wire rod and the electric rod. The support seat is generally divided into: the fixed side and the support unit. The support unit on the fixed side is equipped with a preload adjusted angular contact Jack joint. In particular, the ultra-compact type is equipped with an ultra-compact angular contact ball bearing with a contact angle of 45°, which was developed for ultra-compact ball screws, and can obtain stable rotational performance with high rigidity and high precision. The support unit on the support side uses deep groove ball bearings. The inner bearing of the support unit is filled with an appropriate amount of lithium soap base grease and sealed with a special sealing gasket, which can be directly installed and used for a long time. The adoption of Zuijia bearing takes into account the balance of rigidity with the ball screw, and uses angular contact ball bearings with high rigidity and low torque (contact angle 30°, free combination). At the same time, the ultra-compact support unit is equipped with ultra-compact angular contact ball bearings developed for ultra-compact ball screws. The contact angle of this bearing is 45°, the ball diameter is small, and the number of balls is large. It is an ultra-small angular contact ball bearing with high rigidity and high precision, and can obtain stable slewing performance. The shape of the support unit The support unit has angular and round series, which can be selected according to the application. Small and easy to install The support unit is designed with a small volume in consideration of the surrounding space for installation. At the same time, the bearing with adjusted preload is installed, and it can be assembled directly after delivery, which not only reduces the assembly time, but also improves the assembly accuracy. Of course, if it is a cost-saving design, you can also make non-standard bearing housings and combine them with purchased bearings to form a support unit. Batch application is very cost-effective. Coupling: Coupling is a device used to connect two shafts together to transmit motion and torque, and can only be joined or separated after the machine stops running. The two shafts connected by the coupling often cannot guarantee strict alignment due to manufacturing and installation errors, deformation after loading, and the influence of temperature changes, but there is a certain degree of relative displacement. This requires that when designing the coupling, various measures should be taken from the structure to make it have the performance of adapting to a certain range of relative displacement. Couplings commonly used in linear modules of non-standard equipment are elastic couplings. Common types are grooved couplings, cross slider couplings, plum couplings, and diaphragm couplings. Limit sensor: The limit sensor in the linear module generally uses a slot-type photoelectric switch. The slot-type photoelectric switch is actually a kind of beam-type photoelectric switch, also known as a U-shaped photoelectric switch, which is an infrared induction photoelectric product. , which is composed of an infrared emitting tube and an infrared receiving tube, and the width of the slot determines the strength of the induction receiving model and the distance of the received signal. With light as the medium, the infrared light between the illuminator and the light receiver is used to receive and Transform, detect the position of the object. The slot-type photoelectric switch is also non-contact like the proximity switch, which is less restricted by the detection body and has a long detection distance.

In fact, for mechanical products, users rarely go to cleaning. Some users still choose not to clean mechanical products unless they are damaged or unusable. Some mechanical products cannot be cleaned. If it is a high-precision mechanical product, such as a linear module, if it is not cleaned, it will affect its normal use. I believe that in industrial production, we will have a 5S management system, where cleaning refers to what Xiaobian now calls cleaning. It can be seen that cleaning is a very important link, whether it affects mechanical production or not, or in management and production. Cleaning of mechanical products is not that simple and has its own special way. Similarly, for high-precision products such as linear modules, cleaning is also a very important maintenance link. If the linear slide belt is not cleaned and maintained for a long time, its accuracy will be affected. Once the accuracy is affected, the quality of the products produced during the production process may not be up to standard. How to clean linear modules? The following editor will tell you how to properly clean the linear module! Linear module The cleaning method is very simple. We only need to prepare a cotton cloth. The softer the cotton cloth, the better. Because the linear module is a precision instrument, other cleaning materials will damage the linear module, but the cotton cloth will not. If you are afraid that the cotton cloth will damage the product during the wiping process, We can wipe down some lubricant to reduce drag without affecting the use of the linear belt, and it can be polished like new with a cotton cloth! Dongguan Baolai Automation Technology Co., Ltd. is mainly engaged in the R&D, production and sales of linear transmission products. It is located in Chang'an Town, a famous town in the economic and cultural center of Guangdong Province. The factory has a modern factory area of nearly 4,500 square meters, and has established ISO9001 quality system and ISO14001 environmental management system. The company has a group of R&D teams with more than ten years of experience in the field of automation, and has registered nearly 15 invention and utility model patents in the fields of linear motors, linear modules, module slides, DD motors, etc. The products are widely used in various automated production lines, Automation equipment (dispensing, spraying, welding), packaging, handling, inkjet printing, printing, laser cutting, scientific research experiments and other fields that require precise linear transmission and positioning. High-quality products, good service, and good reputation. Since its establishment, Baolai has established and maintained long-term strategic partnerships with many universities and research institutes, including Foxconn Group, Lenovo Group, BYD, Tianma Group, Ricoh Group, Wuhan Fangu Electronics, Beijing Chinachem, Dongguan Xinnengde, China Agricultural University, Guangdong University of Technology, etc. Also willing to be your most reliable long-term partner.