[3] Simultaneously, the company developed and produced the first electrically powered rammer, an innovation in concrete and soil compaction.

Before the start of World War II, the company had already expanded its product portfolio and created a domestic and international sales and retail organization.

Until 2005, Wacker only developed, produced, and distributed light construction equipment up to approximately three tons in the concrete technology, soil & asphalt compaction, demolition, and utility segments.

In 2022, the Wacker Neuson Group acquired the Spanish company Enarco S.A. Enar is a manufacturer of light construction equipment, specialized in concrete compaction.

Alongside a wide range of internal vibrators for concrete, the company’s product portfolio also covers vibratory plates, rammers, and walk-behind rollers for soil and asphalt compaction.

These machines are used in application areas including structural and civil engineering, road construction, agriculture, gardening, landscaping, municipal works, recycling and industrial projects.

The group comprises the three brands Wacker Neuson, Weidemann and Kramer as well as affiliates and production plants.

Under the Wacker Neuson brand, the group sells walk-behind and hand-held construction equipment worldwide.

Products include rammers, vibratory plates, hammers, cutting tools, internal & external vibrators and construction site equipment, as well as compact construction equipment such as compact excavators, wheel loaders, dumpers and Skid-steer loaders.

The Group is working on further innovations and technologies, for example in the area of alternative drives, driver assistance systems, and the intelligent digital networking of products and services.

Compaction work is seamlessly documented, as the vibratory plate digitally records all steps taken and this automatically provides a daily report sheet for contractors.

This includes, for example, the application of assistance systems in assembly, production, and intralogistics, as well as digital malfunction and quality management.

Here, these technologies come into application, for example, in positioning attachments, comparing old and new versions, and testing the 360° visibility of the operator and the movement of objects.