Do You Know NTN-SNR Linear Guide System?

Jul 04, 2025

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NTN-SNR Linear Guide System
NTN-SNR Linear Guide System
Since ancient times, humans have moved heavy objects by means of rotation and linear motion or a combination of both. After the birth of bearings, friction bearings were initially used and later replaced by roller bearings. Rolling elements in machines have a history of more than a hundred years, however, rolling elements for linear motion have only become common in the past few decades.

Linear motion guides are used in various applications, such as: machine tool construction, packaging and printing machinery construction, manufacturing of aviation and special machinery, construction, automation and assembly lines, wood and semiconductor industries, medical technology and many other industries.
Linear guides are becoming more and more indispensable in modern engineering.

The main features are:

>High dynamics

>Low friction

>High stiffness

>Optimal running performance

Low wear

>Low maintenance operation

>High efficiency

>Flexible sealing system, etc.
NTN-SNR Linear Guide System Applicatiion

As part of NTN bearing products, NTN-SNR linear guide systems have been the most innovative products in this field for decades, and N-SNR has established a consistent quality system and provided a complete and competitive product range on the linear technology market.

Conventional linear guides allow contact between the balls during operation, which can lead to lubricant consumption, higher friction, noise and heat. Linear guides with ball chains minimize these effects.

NTN-SNR linear guide systems and linear guide technology with ball chains are characterized by:
> Wider permissible mounting tolerances
> Very good self-adjusting properties
> Reduced manufacturing and costs of mounting surfaces
> Higher maximum speeds
> Less heat generation
> Reduced noise generation
> Very smooth operation
> Optimized lubrication system
> Even load distribution
> Longer service life

NTN Linear Guide Product In Stock 
 

H H W Syste
mm
W2
m

E
L B J MQ ih 1 L1 Carriage
mm
H2
T1 N T2 L2 L3 Lx
LGBCH15 FN 24 47 160 33 586 38 30 M 5 44 80 402 M3×0,5 55 50 45 420 150 30
LGBCH15 FL 24 47 160 33 661 38 30 M 5 44 80 477 M3x0,5 55 50 45 420 150 30
LGBCH15 FE 24 47 160 33 811 38 30 M5 44 80 627 M3x0,5 55 50 45 420 150 30
LGBCH20 FN 30 63 215 45 693 53 40 M6 54 90 485 M6x1,0 71 156 63 425 210 38
LGBCH20 FL 30 63 215 45 821 53 40 M6 54 90 613 M6x1,0 71 156 63 425 210 38
LGBCH20 FE 30 63 215 45 973 53 40 M6 54 90 765 M6×1,0 71 156 63 425 210 38
LGBCH25 FN 36 70 235 58 792 57 45 M8 70 100 575 M6×1,0 102 156 94 465 225 50
LGBCH25 FL 36 70 235 58 939 57 45 M8 70 100 722 M6×1,0 102 156 94 465 225 50
LGBCH25 FE 36 70 235 58 1,086 57 45 M8 70 100 869 M6×1,0 102 156 94 465 225 50
LGBCH30 FS 42 90 310 70 642 72 -- M10 86 110 372 M6×1,0 100 156 55 600 200 50
LGBCH30 FN 42 90 310 70 948 72 52 M10 86 110 678 M6×1,0 100 156 55 600 200 50
LGBCH30 FL 42 90 310 70 1,050 72 52 M10 86 110 780 M6×1,0 100 156 55 600 200 50
LGBCH30 FE 42 90 310 70 1,305 72 52 M10 86 110 1,035 M6×1,0 100 156 55 600 200 50
LGBCH35 FS 48 100 330 75 755 82 -- M10 86 120 445 M6×1,0 115 160 105 725 200 50
LGBCH35 FN 48 100 330 75 1,115 82 62 M10 86 120 805 M6×1,0 115 160 105 725 200 50
LGBCH35 FL 48 100 330 75 1,235 82 62 M10 86 120 925 M6×1,0 115 160 105 725 200 50
LGBCH35 FE 48 100 330 75 1,535 82 62 M10 86 120 1,225 M6x1,0 115 160 105 725 200 50
LGBCH45 FN 60 120 375 89 1,290 100 80 M12 106 155 940 M8x1,25 144 160 145 800 290 75
LGBCH45 FL 60 120 375 89 1,450 100 80 M12 106 155 1,100 M8x1,25 144 160 145 800 290 75
LGBCH45 FE 60 120 375 89 1,740 100 80 M12 106 155 1,390 M8x1,25 144 160 145 800 290 75
LGBCH55 FN 70 140 435 127 1,550 116 95 M14 126 185 1,160 M8x1,25 140 160 145 1,000 290 75
LGBCH55 FL 70 140 435 127 1,930 116 95 M14 126 185 1,540 M 8×1,25 140 160 145 1,000 290 75
LGBCH55 FE 70 140 435 127 2,100 116 95 M14 126 185 1,710 M8x1,25 140 160 145 1,000 290 75
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