Advantages for enterprises and employees

  • High-end DMU functions at every workstation
  • Validate technical changes with automated geometry comparisons
  • Collision calculations for optimal decisions on variant-specific geometry
  • High-quality image data for documentation or marketing directly from CAD models

Make high-end DMU functions available at every workstation

CONTACT Elements DMU is "powered by" invenio Virtual Technologies, the world's leading DMU specialist. Through integration into CONTACT Elements business applications and core services, you can use high-end DMU functions for the model data of all leading CAD systems at every workstation within the product development process. Whether for technical changes, variant management, documentation or marketing − all information relating to digital test models is automatically available without media discontinuity, high set-up times and time-consuming changes of work context.

Make high-end DMU functions available at every workstation

CONTACT Elements DMU is "powered by" invenio Virtual Technologies, the world's leading DMU specialist. Through integration into CONTACT Elements business applications and core services, you can use high-end DMU functions for the model data of all leading CAD systems at every workstation within the product development process. Whether for technical changes, variant management, documentation or marketing − all information relating to digital test models is automatically available without media discontinuity, high set-up times and time-consuming changes of work context.

CONTACT Elements DMU is "powered by" invenio Virtual Technologies, the world's leading DMU specialist. Through integration into CONTACT Elements business applications and core services, you can use high-end DMU functions for the model data of all leading CAD systems at every workstation within the product development process. Whether for technical changes, variant management, documentation or marketing − all information relating to digital test models is automatically available without media discontinuity, high set-up times and time-consuming changes of work context.

Validate technical changes with automated geometry comparisons

After an engineering change, you can use CONTACT Elements DMU to trigger an automatic geometric comparison of the changed parts. The calculation result is part of the change note as a difference model and is therefore attached to the change folder. Instead of laborious preparation with images in Office documents, you publish the result as a 3D geometric model and make it directly available for subsequent processes such as quality assurance or production.

Validate technical changes with automated geometry comparisons

After an engineering change, you can use CONTACT Elements DMU to trigger an automatic geometric comparison of the changed parts. The calculation result is part of the change note as a difference model and is therefore attached to the change folder. Instead of laborious preparation with images in Office documents, you publish the result as a 3D geometric model and make it directly available for subsequent processes such as quality assurance or production.

After an engineering change, you can use CONTACT Elements DMU to trigger an automatic geometric comparison of the changed parts. The calculation result is part of the change note as a difference model and is therefore attached to the change folder. Instead of laborious preparation with images in Office documents, you publish the result as a 3D geometric model and make it directly available for subsequent processes such as quality assurance or production.

Collision calculations for optimal decisions on geometry variants

In the case of products with many variants, you can use Clash & Clearance to validate changes with regard to their compatibility with the surrounding installation space: The automatic collision calculation of a modified part in its fixtures in a large number of product variants provides certainty here. Recognized problem areas of variant-specific geometry models are uncovered and can be solved directly.

Collision calculations for optimal decisions on geometry variants

In the case of products with many variants, you can use Clash & Clearance to validate changes with regard to their compatibility with the surrounding installation space: The automatic collision calculation of a modified part in its fixtures in a large number of product variants provides certainty here. Recognized problem areas of variant-specific geometry models are uncovered and can be solved directly.

In the case of products with many variants, you can use Clash & Clearance to validate changes with regard to their compatibility with the surrounding installation space: The automatic collision calculation of a modified part in its fixtures in a large number of product variants provides certainty here. Recognized problem areas of variant-specific geometry models are uncovered and can be solved directly.

High-quality image data for documentation or marketing directly from CAD models

Based on existing model data, you can automatically generate high-quality image data for technical documentation or marketing and enrich it with information from master data, CAD data management or classification. The results are used in illustrated parts lists in PLM, in Office exports or in enterprise IT such as PIM systems.

High-quality image data for documentation or marketing directly from CAD models

Based on existing model data, you can automatically generate high-quality image data for technical documentation or marketing and enrich it with information from master data, CAD data management or classification. The results are used in illustrated parts lists in PLM, in Office exports or in enterprise IT such as PIM systems.

Based on existing model data, you can automatically generate high-quality image data for technical documentation or marketing and enrich it with information from master data, CAD data management or classification. The results are used in illustrated parts lists in PLM, in Office exports or in enterprise IT such as PIM systems.

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Better processes with model data at the push of a button

Visual analyses and decisions with the 3D Cockpit

Easier sharing of model data for team collaboration

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Create product architectures and structures efficiently – manage BOMs seamlessly and synchronize them with CAD models

Develop requirements-oriented products

Create mechatronic product structures for systems engineering

Configure variants with 150% BOMs

Manage BOMs and ensuring compliance

Use reliable interfaces between development and production

Planning technical changes reliably, implementing them faster and ensuring traceable documentation

Accelerate change processes through digital workflows and standards

Simplify work with digital folders and Task Manager

Map change processes easily and flexibly and benefit from end-to-end documentation

Validate the analysis of technical changes using 3D models

Effective frontloading for variable product design

Consistently determining variability in product management and engineering

Define complete variant models quickly and easily

Direct access to parts, BOMs and model data

Automatically supply downstream processes with the required information

Develop more efficiently across disciplines through better ECAD integration

 

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