Home > Components > Linear Motion Components Products > Linear Rails > LFS-12-10

LFS-12-10

Click image to enlarge

Steel and Aluminum linear rail for straight and accurate motion at LOW COST
Aluminum body makes it light
Ground steel rails make it accurate and durable
Good for most general industrial and instrumentation applications.
Can be joined to provide much longer rail travels

Click here for bearing and roller carriage options

See images to the right to see how to create a slide WITHOUT DRILLING AND TAPPING

Click here for rail and bearing carriage specifications

The aluminum profile length is 4mm less than the nominal length.
The steel rails are 1mm shorter than the aluminum profile.
Steel spacers are not to be removed.

Configure Your Part

Select Options then Click “Add to Quote”

Part Number:

Reset

Quantity

Add To Quote

Carriages for the LFS-12-10 rails

LFS 12-10 Linear Rail and Linear Bearings Catalog Pages

LFS 12-10 CAD Files

Features

Two parallel, hardened and ground 12 mm diameter steel shafts, accuracy grade h6, hardened to RC 62 + 2
Parallelism and accurate center distances achieved by rails and ground spacers inserted into the extrusion at 50 mm centers
Lightweight, high stiffness
Hardened 6.5 mm dia. spacers for mounting screws
Weight is 3 Kg/m
View and select compatible carriages and accessories
Anti-Twist
Special Lengths available to order

Related Images

Extra Images

LFS 12-10
Slides WS 8/70		Slides WS 8		Trolley LW 4				Dual track set 2
C₀	3303 N	C₀	4868 N	C₀	2160 N	C₀	645 N	1905 N
C	1873 N	C	2426 N	C	4000 N	C	600 N	1125 N
F₁static	2821 N	F₁static	4157 N	F₁static	4320 N	F₁static	652 N	1927 N
F₁ dynamic	1599 N	F₁ dynamic	2071 N	F₁ dynamic	3846 N	F₁ dynamic	607 N	1138 N
F₂static	3303 N	F₂static	4868 N	F₂static	2160 N	F₂static	645 N	1905 N
F₂ dynamic	1873 N	F₂ dynamic	2426 N	F₂ dynamic	4000 N	F₂ dynamic	600 N	1125 N
M_x static	46.7 Nm	M_x static	68.8 Nm	M_x static	135.4 Nm	M_x static	16.0 Nm	46.0 Nm
M_y static	105.3 Nm	M_y static	155.2 Nm	M_y static	194.4 Nm	M_y static	13.0 Nm	119 Nm
M_z static	123.3 Nm	M_z static	181.7 Nm	M_z static	97.2 Nm	M_z static	13.0 Nm	118 Nm
M_x dynamic	26.4 Nm	M_x dynamic	34.2 Nm	M_x dynamic	120.5 Nm	M_x dynamic	15.0 Nm	27.0 Nm
M_y dynamic	59.7 Nm	M_y dynamic	77.3 Nm	M_y dynamic	173.0 Nm	M_y dynamic	12.0 Nm	71.0 Nm
M_z dynamic	69.9 Nm	M_z dynamic	90.5 Nm	M_z dynamic	180.0 Nm	M_z dynamic	12.0 Nm	70.0 Nm