TECMA DRIVE Power transmission

TECMA DRIVE slewing rings are rotary motion components used to turn structures and equipment with control and accuracy. Cranes, aerial work platforms and orientation systems are common examples. MR Industrial Accessories LLC supplies this line to customers across the United States, Canada, Mexico and South America.

TECMA DRIVE slewing rings are large-diameter bearings with internal gearing, built to carry combined loads while allowing controlled rotation of heavy structures. They suit applications that call for precise rotary motion and high load capacity, including cranes, excavators and slewing platforms. MR Industrial Accessories is an official distributor of TECMA DRIVE in the USA.

A slewing ring enables controlled rotation between machine sections while handling axial loads, radial loads and tilting moments. Common in cranes, aerial platforms and rotary tables, these bearings are selected by application requirements. MR Industrial Accessories is an official distributor of TECMA DRIVE in the USA.

TECMA DRIVE TD-W-RA slewing modules are assemblies that transmit power to produce controlled rotation of loads in industrial equipment. Typical uses include rotary platforms, manipulators and tilting systems where orientation or accurate positioning is required. MR Industrial Accessories supplies this line as part of its power transmission range.

The TECMA DRIVE TD-E-RL slewing module is a power transmission assembly that delivers controlled rotary motion in industrial equipment. It supports loads and maintains precise orientation in rotary platforms, manipulators and positioning systems. MR Industrial Accessories supplies this line as part of its power transmission range.

TECMA DRIVE TD-R RL rotary modules are power transmission assemblies that deliver controlled rotary motion in industrial equipment. Each unit groups the components needed to rotate loads precisely, which simplifies machine design and assembly. They suit applications that call for orientation, positioning or continuous rotation, and their compact build fits tight spaces.