1. What is the EVO-DM used for?

The EVO-DM serves as a connecting element for system components and enables precise, position-accurate mounting on two-column systems. Thanks to its precisely machined locating bores, the mechanical engineering component supports the structured assembly of technical systems while ensuring a high level of stability.

2. What advantages does the two-part design offer?

The two-part construction significantly simplifies installation, as the EVO-DM can also be integrated into systems that are already assembled. This saves time and effort while allowing existing structures to be flexibly expanded or adapted to new requirements. Thanks to this design, the basic structure remains unchanged, making the module particularly suitable as a retrofit mounting module for modular applications where both flexibility and stability are required.

3. How does the EVO-DM support precise alignment of components?

The module features precisely machined locating and mounting bores that enable accurate and repeatable alignment of the installed components. Using the DIA-SR set collar, the position can be finely adjusted and securely fixed, ensuring long-term stability of the entire assembly. In this way, system components can be aligned with precision while keeping installation efficient and clearly reproducible.

4. In which variants is the EVO-DM available?

The EVO-DM is manufactured from high-quality aluminum and features a black anodized surface as standard, providing protection against wear while also ensuring an attractive appearance. On request, additional anodized color options are available, allowing the module to be visually integrated into existing systems. In addition, a conductive, ESD-suitable version is available that meets IEC standards and is suitable for use in sensitive environments.

5. Which components can the EVO-DM be combined with?

The VIA series from uversa provides the matching columns and shafts, including VIA-HS, VIA-VSE, and AWMP, and can be directly combined with the EVO-DM. This creates a consistent system in which all components interact precisely and can be quickly expanded as required.