Coupling

A double-diaphragm coupling that clamps onto both shaft ends rather than using a keyway or set screw — the two-diaphragm design (versus a single-diaphragm coupling) is what gives it zero backlash and

A flexible shaft coupling with metal hubs and an intermediate elastomer, designed to transmit torque while reducing vibration and accommodating limited shaft misalignment.

A lightweight aluminum jaw coupling with an intermediate elastomer, designed to connect a motor shaft to a ball screw while reducing vibration and accommodating limited misalignment.

A compact clamp-style coupling for joining a motor shaft to a driven shaft without using set screws or machining keyways.

A lightweight aluminum coupling used to connect a driving shaft and driven shaft while allowing limited installation misalignment between them.

A single-diaphragm coupling with internal clamping hubs for transmitting rotary motion between servo or stepper motor shafts and driven components.

A three-piece aluminium coupling with two jaw hubs and a polyurethane spider for transmitting torque between rotating shafts.

Flexible motor coupling can be used for power transmission to industrial equipment including pumps, gearboxes, compressors, blowers, mixers and conveyors.

The flexible jaw coupling is simple in structure, does not require lubrication, is convenient for maintenance, easy for inspection, maintenance-free, and can run continuously for a long time.

Couplings belong to the category of general mechanical parts and are used to connect two shafts (active shaft and driven shaft) in different mechanisms to make them rotate together to transmit torque.

Most of the commonly used couplings have been standardized or standardized. Under normal circumstances, it is only necessary to correctly select the type of coupling and determine the type and size

Due to different structures and materials, the couplings used in the transmission systems of various mechanical products have very different load-bearing capacities. The load category is mainly for