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BMG Expands Drive Solutions with Locally Assembled Nord MAXXDRIVE XC Gear Units

Bearing Man Group (BMG) is expanding its industrial drive solutions following the launch of a locally assembled and stocked Nord MAXXDRIVE XC industrial gear units – a development designed to improve availability, reduce lead times and support high-torque applications in Africa.

The MAXXDRIVE XC series forms part of the brand’s large industrial gear unit range, engineered by NORD DRIVESYSTEMS for demanding applications where durability, high load capacity and operational reliability are essential. 

“To introduce our expanded Nord offering, BMG recently hosted a series of MAXXDRIVE roadshows in Cape Town, Durban and Johannesburg, providing industry professionals with an opportunity to explore the advanced technology and diverse applications,” says Barry Stoltz, BMG’s Gears Regional Manager, Electro-Mechanical division. “Our events showcased the capabilities of the MAXXDRIVE range and highlighted the advantages of BMG’s local assembly and stock availability. “

These industrial gear units are available in both parallel-shaft and right-angle configurations, offering flexibility for a wide range of installations. The design supports very high ratios and can be combined with other NORD gear technologies to extend capability in heavy-duty drive systems.

BMG has strengthened its industrial drive solutions offering with the introduction of locally assembled and stocked Nord MAXXDRIVE XC industrial gear units – a development designed to improve availability, reduce lead times and support high-torque applications in Africa. Picture: Supplied.

This new addition to the gear units features optimised internal geometries and precise shaft alignment, which together contribute to high load-bearing capacity, low operating noise, and reliable lubrication performance in demanding environments.

A key highlight of the design is Nord’s modular Unicase housing concept. Unlike traditional split housings, this design ensures accurate alignment and rigidity, which improves gear tooth contact and enhances operational reliability.

Additionally, this configuration simplifies both assembly and maintenance procedures while maintaining precise tolerances across the gear unit.

For customers, this design means improved serviceability and reduced downtime. The assembly process is significantly faster compared to conventional designs, allowing for quicker turnarounds during maintenance or repairs. This system supports continuous production operations in various industries, including mining, cement, materials handling, and processing.

Edited by Thobile Mazibuko

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