JAKOB Antriebstechnik GmbH

JAKOB Antriebstechnik GmbH

JAKOB Antriebstechnik GmbH

29.04.2021 01:04

High clamping forces in the blink of an eye

The operation of the power clamping nuts of the MCA-S and MCA-T series is completely tool-free.

The clamping nuts expanded by a star (MCA-S) or T-handle (MCA-T) enable uncomplicated operation by hand. The force amplification is achieved via the integrated planetary gear, so high clamping forces are very easy to achieve.

The automatic switchover from pre-tensioning to power tensioning is ensured by automatic switching. Thanks to their robust construction and the self-locking function of the power clamping nuts, a high degree of safety can be guaranteed. Made of nitrocarburized heat-treated steel and provided with an aluminum housing cover, they can be used at operating temperatures from -30 ° C to + 90 ° C.

More News

05.05.2021 04:05

For fast tests
For use in special high-speed test stands torsionally rigid, flexible couplings are ideally suited. The thin metal bellows have in addition to the balancing, also vibration-damping properties.

21.04.2021 03:04

Strong screw
With 130 Nm of tightening torque, generate 25 tons of clamping force
With the MDR series, JAKOB Antriebstechnik presents a new universally applicable power clamping nut with a laterally arranged operating hexagon. The MDR series supplements the two types of clamping nut MCA and MDA, which have proven themselves over many years in a wide range of applications.
The miniature couplings from JAKOB are designed as servo compensating couplings for the offset or the axial displacement of two axes. For the different applications such. For tachographs, NC-axes, stepper motors, potentiometers, robot drives, linear units, handling devices, angle encoders or servo drives, various designs are available.

18.03.2021 05:03

The perfect connection

In the manufacture of metal bellows couplings, bellows and hub connections are a critical issue....

12.03.2021 02:03

All-Rounder SKB
The modern, innovative mechanical engineering aims at decreasing external dimensions and higher performance potential of the building components. More and more compact drive elements with maximum power density are required. But also the safety aspect, such as Collision protection in the event of a machine crash continues to gain importance due to increasing automation and dynamization.