Precision elastomer insert couplings offer vibration damping, easy installation, zero backlash transmission, and electrical isolation. Fitting a wide variety of drive applications including lift systems, conveyors, pumps, linear actuators, and high performance general power transmission. This split clamping hub design offers many advantages for machines where performance cannot be compromised.

This white paper will explore the need to bring mechanical engineering expertise and creativity to automated systems design early in the process. It will show how engaging with an experienced mechanical system integrator such as DieQua Corporation leads to more successful outcomes.

In the simplest definition, a line shaft is the rotating shaft part of a system of mechanical couplings between the power source and the machines that do work. Line shafts, also known as connecting shafts, jack shafts, or link shafts, are used to span long distances between rotating components. Conventional solutions typically involved two standard flexible couplings and solid shafting, requiring intermediate pillow block bearings for support. Newer style precision line shafts can be operated at lengths of up to 6m without any intermediate support required.