What is the machining process of linear slider?

Linear slider is a general component to complete accurate feed motion and complex multi-station work cycle motion. According to the technological requirements of the workpiece, it can be equipped with perceptual power components to complete drilling, reaming, boring, tapping, chamfering, scraping the end face, etc. It can input the coordinates of linear motion and has the characteristics of accurate movement. It is suitable for rain-proof, dust-proof and wind-proof of conveyor belts in power plants, cement plants, coal mines and other major mining enterprises, which reduces the loss of goods during transportation, makes the conveyor belts safer and more reliable in operation, and plays a greater role in purifying the environment.

Sliding table machining process and assembly process are two main contents of mechanical manufacturing technology research. The process of changing the shape, size, relative position and properties of the production object in the production process to make it a finished product or a semi-finished product is called a technological process. For example, blank manufacturing, machining, heat treatment and assembly are all technological processes. Production process and technological process.
The production process of products refers to the whole process of turning raw materials into finished products. The production process of mechanical products generally includes:

1. Preparation of linear slider production and technology, such as process design, design and manufacture of special process equipment, preparation of production plan, preparation of production materials, etc.

2. Manufacture of linear slider blank such as casting, forging, stamping, etc.

3. Machining, cutting, heat treatment and surface treatment of linear slider parts;

4. Assembly of linear slider products, such as assembly, assembly, debugging and inspection, painting, etc.

5. linear slider production services such as the supply, transportation and storage of raw materials, purchased parts and tools; In the process, if the shape, size and surface quality of the production object are directly changed by mechanical processing, it will become a process of qualified parts, which is called mechanical processing process.

Similarly, the process of assembling the processed parts into machines to achieve the required assembly accuracy and obtain the predetermined technical performance is called assembly process.

TBI ball spline

Introduction to ball splines/TBI ball spline

Introduction to ball splines

The ball spline is a bearing that can provide smooth and unrestricted linear motion. The ball spline is made up of steel balls in the inner cavity of the spline mother (sleeve) that roll back and forth on the groove of the spline shaft to achieve linear motion. Precision orientable linear transmission components.


Ball splines are transmission parts commonly used in ZR axis motion on high-precision precision instruments. Its main function is to synchronize precise positioning rotation with linear motion. It is a light-load linear transmission component with high precision, high speed and low friction. , small finished product size, widely used in various high-inspiration automatic equipment and devices with high reliability requirements, such as semiconductor packaging, mounting equipment, medical equipment, etc.



Ball spline construction

Ball splines use balls installed in the spline sleeve (female) to circulate in precision-ground grooves on the spline shaft, while performing smooth linear rolling and transmitting torque. Ball splines and spline shafts are designed and processed with different numbers of grooves and different angles as contact points.


The spline mother is composed of six parts: the main bearing steel cavity, balls, plastic turning channels, dust covers, key pins, and screws. The cavity is made into different numbers of ball paths depending on the size, usually 2 or 4 rows. , 6 columns, the more the number, the better the accuracy.


Spline shaft: It is a high straightness optical axis that processes different mathematical grooves according to the corresponding number of spline mother steel ball rows. The higher the straightness and roundness, the higher the accuracy.


Different processing as above can achieve different torques and precisions. In addition to being highly sensitive, it also greatly increases the load capacity. It is suitable for environments that require high positioning accuracy and high-speed motion performance. In such environments where vibration and impact loads are too large It can also play an effective role. At the same time, when used to replace linear ball bushings, the rated load of ball splines is more than ten times that of linear bushings when the shaft diameter is the same, so the design can become very compact. It is safe to use and has high durability even under cantilever loads, moments, etc.


Ball spline classification

  1. Shape classification: straight ball spline, flange ball spline, slider type ball spline


  1. Integrated distinction: integrated ball spline, rotating nut ball spline


  1. Shaft diameter distinction: micro ball splines (light load and torque), large shaft diameter ball splines (medium and high load and torque)


  1. Stroke distinction: unlimited stroke ball spline, limited stroke ball spline


Areswin Precision Machinery Company can provide TBI ball spline. There are SLT ball splines and SLF ball splines all can supply.

Please check here for more information Ball Spline SLF Series/ flange design Ball Spline-ARESWIN (aresmotion.com)

thin section bearing

Introduction of thin section bearing

Introduction of thin section bearing


Thin section bearings are a type of ball bearing that has a compact design, which makes them suitable for use in applications where space is limited. They are characterized by their low profile, light weight, and high precision. Thin section bearings are used in a wide range of industries, including aerospace, robotics, medical, and semiconductor manufacturing.

Thin section bearing also called thin wall bearing

One of the primary benefits of thin section bearings is their compact design. They are much thinner than standard ball bearings, making them ideal for use in applications where space is limited. Their low profile allows for a more compact and efficient design, which can help reduce the overall size and weight of the equipment they are used in.

Another advantage of thin section bearings is their high precision. They are manufactured to very tight tolerances, which ensures that they can operate smoothly and reliably even at high speeds. The precise manufacturing process also means that they have a high degree of accuracy, which is essential for applications that require precise movement or positioning.

Thin section bearings are also known for their low friction and smooth operation. They are designed to reduce the amount of friction between the moving parts, which can help to increase the lifespan of the equipment they are used in. The low friction also means that they require less energy to operate, which can lead to lower energy costs.


Another benefit of thin section bearings is their versatility. They can be used in a wide range of applications, including robotics, medical devices, aerospace equipment, and semiconductor manufacturing equipment. Their compact design makes them ideal for use in applications where space is limited, while their high precision and low friction make them suitable for applications that require precise movement or positioning.

Thin section bearings can also provide cost savings over time. While they may be more expensive than standard ball bearings upfront, their compact design and high precision can help to reduce the overall size and weight of the equipment they are used in. This can lead to cost savings in areas such as transportation, storage, and installation.

In summary, thin section bearings are a type of ball bearing that has a compact design, high precision, and low friction. They are ideal for use in applications where space is limited and are commonly used in industries such as aerospace, robotics, medical, and semiconductor manufacturing. While they may be more expensive than standard ball bearings upfront, their compact design and high precision can provide cost savings over time.


Xi’an Areswin Precision Machinery Company can supply all kinds of thin section bearing, if you need please let us know.We will give you a solution for the your industry need.

How to install built-in double-axis linear guide rail?

Linear guide rails are essential components of many machines and systems, as they provide a smooth and precise movement for components such as tools, spindles, and slides. The installation of built-in double-axis linear guide rails requires careful planning and attention to detail, as any errors or misalignments can lead to reduced accuracy and performance.
The first step in installing a built-in double-axis linear guide rail is to choose the right rail and carriage assembly for your application. Factors such as load capacity, speed, and precision requirements will influence your choice of rail, as will the size and weight of the components being moved. It is essential to select a rail that is compatible with your existing equipment and that meets your specific performance requirements.

Once you have selected the appropriate rail and carriage assembly, you will need to prepare the mounting surface. The surface must be flat, level, and free of any debris or contaminants that could interfere with the installation or operation of the guide rail. It is also important to ensure that the mounting surface is strong enough to support the weight of the rail and any components that will be mounted on it.

Next, you will need to determine the placement of the guide rail and mark the mounting holes. This is a critical step, as the accuracy of the mounting holes will directly affect the alignment and performance of the guide rail. It is important to use precise measuring tools and techniques to ensure that the mounting holes are located in the correct positions.
Once the mounting holes have been marked, you can drill the holes and install the guide rail. It is important to use the correct size and type of screws or bolts to secure the rail to the mounting surface. It is also important to tighten the screws or bolts evenly and to the recommended torque specifications to ensure that the rail is securely and properly mounted.

After the guide rail has been installed, you will need to mount the carriage assembly. This is typically done by sliding the carriage onto the rail and securing it in place with screws or bolts. It is important to ensure that the carriage is properly aligned with the rail and that it moves smoothly and without any binding or interference.

Once the carriage assembly has been mounted, you can test the performance of the guide rail. This can be done by moving the carriage along the rail and checking for any misalignments or binding. If any issues are detected, it may be necessary to adjust the mounting or alignment of the rail and carriage assembly.

Areswin Precision Machinery Company can provide long life SGB double axis linear guide rail SGR10 SGR15 SGR20 SGR25 SGR35 With Slide Block SGB10 SGB15 SGB20 SGB25 SGB35. guide rail length customization,If you need, feel free to ask us for the product catalogue.

In conclusion, the installation of built-in double-axis linear guide rails requires careful planning and attention to detail. It is essential to choose the right rail and carriage assembly for your application, prepare the mounting surface properly, and carefully align and secure the rail and carriage assembly. With proper installation and maintenance, a built-in double-axis linear guide rail can provide reliable and precise movement for many years.

What is the difference between screw pitch and lead?



Pitch is the distance between screw threads and is commonly used with inch sized products and specified as threads per inch.


Lead is the linear travel the nut makes per one screw revolution and is how ball screws are typically specified.

For a single start thread, lead is equal to the pitch.  For multiple start screws the lead is the pitch multiplied by the number of starts.

What are the differences between rolled and ground ballscrews?

The difference between cold rolling screw (rolled screw) and grinding screw is as follows:
1. Different processing methods:
Cold-rolled ball screw is to cut grooves with a certain depth in polished rod material at first, and the groove spacing is equal to the wire spacing you want to process, and then roll them out with a rolling mill. On the basis of press rolling, the grinding screw uses a special cylindrical grinder to precisely process the arc groove with the same shape and size, and the cut groove is at the bottom of the arc groove.

Rolled ball screw is preferred over cutting (turning on a lathe) for lead screws. It involves pressing a round bar between a set of dies that roll the threads into it. It results in a harder surface with superior surface finish for lead screws. Rolled ball screw is also the most common process for ballscrews because it is more economical and sufficiently accurate for most industrial applications. Lead accuracy can be held to better than .003 inch/foot and longer lengths are possible than with ground ballscrews.

If higher accuracy is required, grinding should be considered. The grinding process can hold lead accuracy’s as tight as .0003 inch/foot or better. However, this process is much more expensive and the maximum length of screw is much shorter.

2. Different scope of application and cost:
The precision grade of rolling screw is below the average, which is suitable for ordinary equipment with low precision requirements. It has a short life, high efficiency and low cost. The precision grade of grinding screw is above average, which is suitable for CNC machine tools and other equipment with high precision requirements. It has high precision, long life and high efficiency, but the cost is also high.
3. Different appearance:
The cold-rolled screw rod is formed by extrusion, and the grinding grade is processed by grinding. Turning is not the same as grinding process, and naturally there are process marks after it comes out. Generally, the surface of cold-rolled screw rod is smooth and shiny, and the light reflection rate is high and dazzling. Grinding marks of grinding wheel can be seen carefully on the surface of grinding screw. In terms of appearance, the raceway groove of the turning grade screw rod is smooth, which is shallower than that of the grinding screw rod.

What may cause premature failure of ball screws or ball nuts?

In the working operation, the ball screw will always produce some friction. Under the appearance of these friction forces, the ball screw will wear to a certain extent. When the ball screw is used for a certain time, the ball screw will be damaged. This is the process of ball screw damage, but besides, there are other reasons that will cause ball screw damage, such as unreasonable use of staff. What are the reasons for ball screw damage?

1. The clearance of the ball screw guide rail is not appropriate.

When we install the ball screw, if the installation is not in place, the ball screw clearance may be too large. If this happens, when the ball screw is working, it will be easy to have a big impact. Under the influence of this situation, the wear speed of the ball screw will be greatly accelerated. If we want to solve this problem, we need to disassemble the ball screw and install it correctly.

2. Causes of lubrication

Before the ball screw is used, we need to lubricate it. At this time, some inexperienced novice employees may not be able to grasp the usage of lubricating oil. If the lubricating oil used by the novice ball screw is not enough, in this case, the ball screw will generate more friction when it is used, which will also have adverse effects on the ball screw. Therefore, at this time, the novice should add more lubricating oil to the ball screw for lubrication.

3.Excessive speed

Exceeding the ball nut critical speed can lead to pickup fingers breaking, which will allow to the ball bearings to come out of the nut. Exceeding the screw critical speed will cause the screw to whip or vibrate and cause misalignment. Shaft speeds resulting in screw surface speeds above 8,000 inches per minute will reduce rated life.

Why Ball screw will always be more expensive? Nearly 80% user will consider the price.

That’s easy – there are more parts. A lead screw is merely a threaded shaft and simple nut. The precision of such a device is based on the grind accuracy for the shaft and the resultant play when the nut is installed. The ball screw material is better and have special treatment. There is also have high requirement for the ballscrew precision. Usually the C7 grade can meet most need. For more precision machine C5 grade is will be requested.

What precision ball screws can we provide?

ARESWIN can supply the ball screw with nut C7 and C5 Grade,we provide the TAIWAN TBI,GTEN brand and made in China brand ballscrew, can meet different budget of clients need. We can machining the ends of screw base on the clients drawing.
We will recommend you the following type of  TBI ball screw,they can meet most needs,but price is cheaper.

TBI sfu ball screw supply

SFU type ball screw is flange type ball screw,widely used in 3D printer,CNC machine and robot industry. This type ball screw is normal type and price is cheap and easy to exchange the ball nut.

SFU1605 ballscrew diameter is 16mm and also have other type diameter,max length can reach 4 meters and the length can be customized.Cold rolling screw rod. We can supply TBI brand(made in Taiwan),which have the best quality. Also the made in China SFU1605 ball screw can meet the client need in most industrial machines.TBI brand ball screw have best perfotmance.


sfk ball screwThe SFK Serie of ball screw is a Miniature Ball screw serie with flange nut in diameter 8 -10mm, in Grade C7. This ball screw serie is always P1 clearance quality, with no axial play.






TBI MOTION Ball Screw SFV Series


The SFV Serie of ball screw has a single flange nut. It is made in Grade C7. This type of ballscrew is suitable for pressing applications or heavy load movements.




Double standard ball nuts DFU are perfect choice for applications where high durability, positioning accuracy and smooth operation is required. All nuts are axial play free with 0-2% preload which reflect in high rigidity. Preload can be adjusted on the nut. Ball nuts and screws has to be from the same producer! Every nut is tested to fit perfectly to the ball screw.

ball screw ofu dfu tbi

We can also supply the T type screw, the T type screw have cheap price and have big different with ball screw.

1.Ball screw: It has the characteristics of high precision, reversibility and high efficiency. Because of its small friction resistance, ballscrew is widely used in various industrial equipment and precision instruments.

2.Trapezoidal screw: A product with high efficiency, low cost, and low machining accuracy, whose structure design ideas and schemes are worth popularizing and applying.
The Trapezoidal screw have usually screw material is stainless and the nut is brass, wildly used in 3d printer and robot industry. The thread have left type and right type, and left and right in one screw. Usually, it no need to machining the ends of screw, in this way, the machining cost will no need and cost will be cheaper.

Meanwhile, the material type is cheaper than the ball screw raw material.The diameter have T8,T12,T6 type,which have a diameter 8mm,12mm,6mm. The pitch also have different types, pitch have 2-8mm, and lead can be 2 -12mm. The length also can be adjust,from 20mm to 2000mm.
The Trapezoidal screw price is cheaper than the ball screw, if you machine no need the high precision, T type screw is a good choice. It is easy assemble and wiely used also.
All in all, the price of ballscrew is expensive, but the it have best performance. The user can choose different types base on the need, ARESWIN will provide the solution for our clients need.We will provide techincal support and welcome inquiry us.

Constant Section Thin Walled Bearing

The Constant Section Thin Walled Bearing is a kind of bearing even if the shaft diameter and bearing bore are larger, the cross-section of the thin-walled bearings will remain unchanged, so they are also called equal-section thin-walled bearings.Thin-walled equi-section bearings, also called thin-walled ring bearings, have high precision, very quiet and strong bearing capacity. Thin-walled ring bearings can be deep groove ball bearings, four point contact bearings, angular contact ball bearings, thin-walled uniform section bearings cross section is mostly square.

Ultra-thin Wall Bearing With Equal Cross Section which is a thin-walled bearing composed of seven open series and five sealed series. There are three types of open series: radial contact, angular contact and point contact.


Thin-wall bearing realizes thin bearing section, and also realizes miniaturization and light weight of products. The diversity of products expands its application range.

Thin-wall bearing producibility:

In order to obtain low friction torque, high rigidity and good rotation accuracy of the bearing, steel balls with small outer diameters are used.The use of hollow shaft ensures light weight and wiring space. Thin-wall 6700 and 6800 series have all kinds of dust cover forms, flanged forms, stainless steel forms, wide forms, etc., all of which are of the same variety.

Main Applications:

Stepping motors, medical instruments, office instruments, testing instruments and speed reduction. Variable speed device, robot, optics,Imaging device, rotary encoder.


Product Description:

SGR series double-axis slide rail: the slide rail with U-shaped cross section is adopted, and the inner side of the slide rail is provided with an axis rail, and the slide block is arranged in the linear guide rail of its internal test structure.

SGR Double-Axis Guide Rail Advantages

1.Adjustable pressure:”zero” interval standard

2.Lower sensitive style of dust

3.Grind surface to install rail

4.We can change the length of round linear guide according to your requirements.

5.Quality quarante for accuracy and repetition

6.Guide rail or slide board and wheel can added according to the needs of customers

7.Higher speed noise volume

8.Higher speed target

Material: basically made of high quality aluminum alloy with oxidation treatment on surface, the optical axis is with chrome plated treatment on surface.


Built-in Double Axis Linear Guideway Model NO.As Below:

(1) SGR10    SGB10-3UU / SGB10-4UU/  SGB10-5UU

(2) SGR15    SGB15-3UU / SGB15-4UU / SGB15-5UU

(3) SGR15N  SGB15N-3UU / SGB15N-4UU / SGB15N-5UU

(4) SGR20     SGB20-3UU / SGB20-4UU / SGB20-5UU

(5) SGR20N   SGB20N-3UU / SGB20N-4UU / SGB20N-5UU

(6) SGR25     SGB25-3UU / SGB25-4UU / SGB25-5UU

(7) SGR35     SGB35-3UU / SGB35-4UU / SGB35-5UU

The Product Specifications:

Guide rail length: the MAX length of the whole rail is 4000mm, and docking can be carried out if the length exceeds 4000mm; Any length can be cut as required, and different specifications and prices are different.

Application area:

Built-in SGR and external LGD, two kinds of double-axis roller linear guides, belong to linear motion transmission products, which are widely used in precision machinery, flame cutting machine, computer engraving machine, fitness equipment, printing machinery, packaging machinery, textile machinery automatic production line and other machinery and supporting equipment.