How does the ZIMM Builder differ from classic CAD product configurators?

Why the ZIMM Builder is no longer a CAD configurator.

The ZIMM Builder is often equated with classic CAD product configurators. However, this classification falls short. While CAD configurators map geometries and provide CAD data, the ZIMM Builder addresses a different, upstream challenge: the technically reliable design of complete lifting systems. The renaming is therefore not a marketing decision, but the logical consequence of a changed scope of functionality.

What was the original purpose of the CAD product configurator?

The former CAD product configurator had a clearly defined role:

• representation of individual components
• combination of parts
• provision of CAD data

Technical responsibility for the overall design largely remained with the user. Critical questions regarding combinability or technical admissibility often had to be clarified downstream – outside the tool.

Why is pure CAD geometry not sufficient in practice?

CAD models show what something looks like, but not whether an overall system is technically permissible. In complex applications, problems rarely arise from incorrect geometries, but from incorrect assumptions within the system logic. This is exactly where classic CAD product configurators reach their limits.

What challenge exists with complex lifting systems?

In complex lifting systems, the real challenge does not lie in the representation of individual components, but in making a reliable decision about the overall system. Dependencies between sizes, loads, drives and accessories influence each other. An isolated consideration of individual components is not sufficient.

Where do typical errors occur – in the CAD model or in the system logic?

Incorrect configurations generally do not arise in the CAD model, but where technical dependencies are incompletely taken into account. If these relationships are only checked at a later stage, follow-up questions, correction loops and delays in the project process occur.

Why was the CAD product configurator renamed to ZIMM Builder?

The renaming is the logical consequence of a significantly expanded scope of functionality. The ZIMM Builder no longer merely represents products, but actively supports technical decision-making at system level. Instead of combining individual parts, complete, technically valid systems are built.

Is the renaming a marketing step?

No. The renaming is not a marketing measure, but a factually correct description of what the tool actually does: the systematic construction of technically secured solutions.

What does the ZIMM Builder fundamentally do differently?

The ZIMM Builder follows a system-oriented approach. Technical rules, dependencies and exclusion criteria are stored within the system and are automatically taken into account during configuration. As a result, not only a CAD model is created, but a technically secured system solution.

What role does system-supported decision logic play?

System-supported decision logic is the core of the ZIMM Builder. It ensures that:

• only technically permissible combinations are possible
• critical dependencies are automatically taken into account
• incorrect configurations are excluded at an early stage

As a result, part of the technical responsibility is shifted from the user to the system.

What distinguishes the ZIMM Builder from classic CAD product configurators?

What concrete added value does the ZIMM Builder offer users?

The central added value lies in the shared technical decision-making basis. Sales, engineering and the customer work on the same foundation from the very beginning. Decisions are made where they are needed – in the early concept and quotation phase. For users in mechanical and plant engineering, using the ZIMM Builder means:

• faster evaluation of variants
• objective comparison of concepts
• reduced coordination effort
• measurably shorter project phases

Incorrect configurations do not occur in the first place, as technical plausibility is already ensured during configuration.