The guiding consists of a profile rail on the outer side in which a ball-guided rail runs. The balls roll in linear raceways, thus enabling movement of the inner profile within the outer profile and therefore an extraction. Both inner profiles as well as the outer profile are equipped with running grooves. The rolling elements assure a steady transmission of forces that is low in friction and has a high degree of stiffness. The profiles can be customized for clearance, zero backlash or for preload.

As the track is integrated inside the profile rail, it is protected from dirt as well as from vibra-tion, therefore preserving easy running features. The compact design of IBC telescope linear motion bearings favour their application in narrow construction spaces.

The inductive hardening process of the running surfaces enables high load capacities without reducing the fatigue life. Nevertheless, the inductive hardening process ensures that the toughness of the material core remains. Another advantage lies in the noiseless run, even under high loads and high operating speeds. This reduces the noise pollution within the workplace. Furthermore, the assembly-friendly design of IBC telescope linear motion bearings clearly reduces maintenance times as well as dead times and therefore leads to cost savings. Beside applications within the machine tool sector, typical ranges of application are in engineering and in apparatus engineering, in metal processing, in transportation and storage as well as in handling systems.

IBC telescope linear motion bearings are available as partial extract as well as full extract designs and in different guidance lengths, reaching from 130 mm to 1970 mm to meet individual requirements. On account of wide ranged standardisation, these telescope linear motion bearings are available from stock or at short notice. Depending on the application a coating with ATCoat is recom-mendable.

LCE 28H | LCE 35 |LCE 43     The movement of the slide takes place within the rail. The slide is shorter than the guiding rail and is not extendable. More than 100 possible combinations and solutions can be achieved due to a large variety of different standard lengths of rail and runner.
LCAE 28H | LCAE 35 | LCAE 43     The slide lenght of this design is identical with the length of the guide rail. Movement of the slide achieves a stroke that is larger than half of the rail´s installation lenght. The dismantling of the locking screw enables mutual extraction.
LCAD 28H | LCAD 35 | LCAD 43    This design consits of two rails from the series LCAE. The stroke, however, is slightly longer than the actual installation length.
LCAH 28H | LCAH 35 | LCAH 43 This design is reached by joining the basic profiles which leads to a double T-profile. Great stiffness as well as excellent radial load ratings marks these series. Apart from this, the achievable stoke of the movable rail is larger than the length of the closed telescope. For convenient mounting, the slides are delivered with threaded holes, with countersunk drill holes or combined.
LCAZ 28H.E | LCAZ 35.E | LCAZ 43.E LCAZ 28H.D | LCAZ 35.D | LCAZ 43.D The interprofile of this series is formed by a Z profile. Within this design there is either the variation E within a single-sided stroke or D with a double-sided stroke. Small installation dimensions with high load ratings are typical for these series.
LCAS 28H.E | LCAS 35.E | LCAS 43.E LCAS 28H.D | LCAS 35.D | LCAS 43.D In comparison to the Z profile, it was possible to increase load ratings and stiffness by improving the interprofile which is designed as an S shaped profile. In this case, we also offer variations with single-sided or with dual sided stroke.
Technical data: Dimensions: from 28 x 13                     over 35 x 17                         to 43 x 117 mm Load ratings: from 244 N to 17585 N    Shifting speed: up to 0,8 m/s Guidance lenths: Guidance lenghts are available from 130 mm to 1970 mm.