CPC Mr5mn Su/Zu Guiderail Mgn7c Mini Ball Bearing Linear Guide with High Precision

CPC Mr5mn Su/Zu Guiderail Mgn7c Mini Ball Bearing Linear Guide with High Precision

Miniature ball type linear guides are used in linear reciprocating motions to achieve high-precision linear motion.
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Product Details

Through reasonable technical research and sound production process control security system, our company strictly controls every link, tries its best to provide cost-effective 3D Printer Linear Guides, Linear Motion Guide Bearings, Positioning System Linear Guides to clients under the quality aim of pursuing quality zero defect. We have introduced advanced technology from similar products at home and abroad, and trained a group of skilled and dedicated production, manufacturing and construction personnel. We have established a complete pre-sales selection service and after-sales guarantee system to allow customers to enjoy peace of mind and service, which greatly enhances the core competitiveness of the company. We seek development in competition, and grasp opportunities in challenges. We will endeavor to maintain our great reputation as the best products supplier in the world.

TRN/TRW series mini linear guides are suitable for small automation equipment, with standard type (rail width 7mm-15mm) and widened type (rail width 14mm-30mm).

TRN/TRW series miniature linear guides are small in size, light in weight, precise in positioning, low in noise, smooth in operation, simple to install, and interchangeable with HIWIN and IKO products.

CHTR Product

HIWIN Product

IKO Product

TRN Series

MGN Series

ML Series

TRW Series

MGW Series

MLF Series

TRN/TRW miniature linear guideways are mainly used in semiconductor manufacturing equipment, medical equipment.


Model

H

H1

N

W1

W2

W3

L1

L2

L3

L4

Mxd

H3

Weight

TRN7C

8

1.5

5

17

12

2.5

23.5

8

14.3

-

M2x2.5

1.5

10g

TRN7H

8

1.5

5

17

12

2.5

31

12

21.6

-

M2x2.5

1.5

14g

TRN9C

10

2

5.5

20

15

2.5

30

10

20.8

-

M3x3

2.2

19g

TRN9H

10

2

5.5

20

15

2.5

40.5

15

30.9

-

M3x3

2.2

28g

TRN12C

13

3

7.5

27

20

3.5

34

15

21.6

-

M3x3.5

2.7

35g

TRN12H

13

3

7.5

27

20

3.5

44

20

32

-

M3x3.5

2.7

52g

TRN15C

16

4

8.5

32

25

3.5

42

20

27.8

-

M3x4

3.1

64g

TRN15H

16

4

8.5

32

25

3.5

57

25

42.7

62

M3x4

3.1

95g

TRW7C

9

1.9

5.5

25

19

3

31.2

10

21

-

M3x3

1.8

20g

TRW7H

9

1.9

5.5

25

19

3

41

19

30.8

-

M3x3

1.8

29g

TRW9C

12

2.9

6

30

21

4.5

39.3

12

27.5

-

M3x3

2.4

40g

TRW9H

12

2.9

6

30

23

3.5

50.7

24

38.5

-

M3x3

2.4

57g

TRW12C

14

3

8

40

28

6

44

15

31

-

M3x3.5

3.2

76g

TRW12H

14

3

8

40

28

6

59

28

46.3

-

M3x3.5

3.2

111g

TRW15C

16

4

9

60

45

7.5

55

20

39

60

M4x4.5

3.2

140g

TRW15H

16

4

9

60

45

7.5

74.5

35

58.3

79

M4x4.5

3.2

204g


Data unit is mm

工厂图

Linear motion (also called rectilinear motion[1]) is a one-dimensional motion along a straight line, and can therefore be described mathematically using only one spatial dimension. The linear motion can be of two types: uniform linear motion with constant velocity or zero acceleration; non uniform linear motion with variable velocity or non-zero acceleration. The motion of a particle (a point-like object) along a line can be described by its position {\displaystyle x}x, which varies with {\displaystyle t}t (time). An example of linear motion is an athlete running 100m along a straight track.[2]

Linear motion is the most basic of all motion. According to Newton's first law of motion, objects that do not experience any net force will continue to move in a straight line with a constant velocity until they are subjected to a net force. Under everyday circumstances, external forces such as gravity and friction can cause an object to change the direction of its motion, so that its motion cannot be described as linear.[3]

One may compare linear motion to general motion. In general motion, a particle's position and velocity are described by vectors, which have a magnitude and direction. In linear motion, the directions of all the vectors describing the system are equal and constant which means the objects move along the same axis and do not change direction. The analysis of such systems may therefore be simplified by neglecting the direction components of the vectors involved and dealing only with the magnitude.[2]

Neglecting the rotation and other motions of the Earth, an example of linear motion is the ball thrown straight up and falling back straight down.


Through our continuous efforts and the long-term support of our customers, we have now become a large-scale and fast-developing enterprise in the CPC Mr5mn Su/Zu Guiderail Mgn7c Mini Ball Bearing Linear Guide with High Precision industry. We sincerely look forward to establishing long-term partnerships with customers and friends at home and abroad to create brilliant tomorrow! Our company has experienced design team and production team, advanced production technology, equipment and perfect process and we implement the most strict quality management system in the industry. Our company has a R&D and management team composed of high-quality elites, and has established a complete development and scientific research center.
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