SEW-EURODRIVE South Africa’s expansion across Africa has followed a gradual shift from remote support towards a stronger regional presence. Initially, much of the continent was supported from South Africa, with exports handled through internal sales, agents and direct representatives. This allowed markets to develop without the cost of establishing full operations in every country.

Remote support, however, has limitations. The further a customer is from engineering expertise, stock and service capability, the more difficult it becomes to provide the response times required by industrial operations.

The establishment of the Tanzania subsidiary in Dar es Salaam in February 2014 marked a move towards a more localised model in East Africa. The approach reflected a broader principle within SEW-EURODRIVE: technical capability is most effective when it is closer to the customer.

South Africa nevertheless remains central to the wider African model. By 2026, the operation supports activities across 24 African countries, with Aeroton in Gauteng providing engineering, assembly, stockholding, service and project execution capability.

That depth is particularly important because requirements vary considerably across these markets. A copper mine in Central Africa does not present the same engineering conditions as a food-processing facility, automotive plant or sugar operation.

A project near Kolwezi in the Democratic Republic of Congo illustrates the requirements involved. SEW-EURODRIVE supplied nine drives for a greenfield copper-mining operation, including five 500 kW units weighing about 12 t each for the main decline conveyor.

The environmental conditions influenced the engineering. Heat and humidity required thermal monitoring of bearing and oil-sump temperatures, while dedicated cooling arrangements and protective sun covers were incorporated around the large drive systems.

A drive selected solely on the basis of its power rating may meet a specification. Engineering it for the actual duty, environment and operational criticality requires a more detailed assessment.

The importance of service is also amplified by distance. At remote mine sites and industrial operations, an unplanned failure may occur hundreds or thousands of kilometres from the nearest specialist resource. Stockholding, trained regional personnel, condition monitoring and logistics therefore form part of the support required to keep equipment operating.

Digital tools are also becoming increasingly valuable across Africa. A condition-monitoring system capable of identifying deteriorating vibration or temperature trends before failure gives maintenance teams time to act instead of discovering a problem only after production stops.

The South African operation provides a regional resource for customers requiring specialist technical support, particularly where equipment is obsolete or complex to repair. Its role extends beyond supplying equipment to providing engineering capability across African markets, including application knowledge, project support, diagnostic competence, repair expertise and training.

The opportunity across Africa is substantial as mining, processing, energy, logistics and infrastructure continue to develop. Meeting that demand will require not only access to technology, but also the engineering, service and technical skills needed to apply it effectively in local operating environments.