Miniature Ball Bearing Guide Sets Manufacturer

Miniature Ball Bearing Guide Sets

Request a Quote

About Us: http://ykprecisionparts.com/4-1-miniature-ball-bearing-guide-sets.html

Products description
Traditional methods for the production of ball bearings is not always the best, because the shaft will match the hole gap, which causes a larger kinematic friction coefficient, and a slight swing of the shaft during the machining process. To solve those issues, we use miniature ball bearing guide sets with an interference fit mechanism. This means rolling friction is substituted for sliding friction, and will be considerably reduced. This extends the service life for all of the tools.

Both high-precision liner movement and transmitting torque by paired rotation can be accomplished with our miniature ball bearing guide sets.

Features

Rolling movement high precision is caused by a clearance of -3 to +8μm between the shaft and the ball.
With a compact design and single-axis structure, the thread nut will maintain its performance in the right direction during linear movement.
The guide sets feature a space saving design with a 5mm outer diameter, and a 10mm length.
The clearance is adjustable for the shaft and thread nut parts, thus ensuring a high processing precision, even when processing combines linear and rotating motions.
The ball can roll in the spherical groove of the spline shaft and transmit a rotating torque. In addition, it can also transmit a rotating torque during linear movement.
It has the advantages of a large contact area, strong bearing capacity and long working life due to the designed R-ball groove.

Parameters

Size tolerance	within±0.001mm
Axiality	within±0.002mm
Roundness	within0.0015mm
Surface roughness	within Ra0.025
Straightness	within0.002
Manufacture size	from 0.1mm to 6000mm
Standard	GB,JIS,DIN,AISI international industrial standard

Type parameters

The tolerance of guide shaft diameter		The tolerance of fixing base diameter
Shaft diameter	The tolerance of shaft diameter	Fixing base diameter	H7
2	0 -0.005	7-10	+0.015 0
3
4		11-14	+0.018 0
5
6		15-18	+0.018 0
8
10		19-24	+0.021 0
12