Hiwin ball screw 

1. best quality and competitive price

2. long life bearings

3. OEM available

4. prompt delivery

Hiwin ball screw

hiwin ball screw is consisted of screw, nut and balls. It is to transfer the rotary motion into linear motion or transfer the linear motion into rotary motion. 
Ball screw is widely used for all kinds of industrial equipments and precision instruments. Especially in recent years, it is widely used in CNC machine tools. 

ball screw is made by grinding and whirling, not rolled, and it has two kinds of ball screw, P for positioning and T for transmission, accuracy from 1 to 7, 1 is the highest and 7 is the lowest. 

Model: SFU(single nut with flange, no preload) 
Dia.: 12mm-80mm

Lead: ,5mm,  10mm ,20mm etc. 
Production: According to customer's drawings or request.

Standard Precision Combination

(1) Nut Type:SFI,DFI,SFT,DFT ,SFE ,SFK

(2) Thread direction:left or right

(3) Flange Type:  N:No trimming  S:Single trimming  D:Double trimming

(4) process code:  G:Grind   F:Forging

(5) the degree of precision LEAD:C0, C1 ,C2 ,C3 ,C5, C7 ,C10

(6) transfer the direction of the gap pre-pressure level:P0, P1, P2, P3 ,P4

Ball screw is turning motion into linear motion, or linear motion into rotary motion of the ideal product.

Our main products:

1) Taper roller bearing

2) Spherical roller bearing

3) Deep groove ball bearing

4) Angular contact ball bearing

5) Thrust ball bearing

6) Cylindrical roller bearing

7) Clutch bearing

8) Needle bearing

9) Slewing bearing

10) Wheel bearing

11) Aligning ball bearing

12) Eccentric bearing

13) Non-standard bearing

LEPORT company passed the ISO 9001:2000 quality management system certification, the use of effective inventory management system, efficient transportation security, as well as efficient and professional sales and service team to provide customers with a full range of services, and the best product solutions . We believe that we can meet the most demanding users of non-standard product design and production needs.

ball screw image: