CADblanche cases

No customer question is the same, so no solution is exactly the same. Below are several cases realized by the CADblanche team.

De Hamer beton

For De Hamer beton in Nijmegen, The Netherlands, the CADblanche team has analyzed the existing design processes for the manhole chambers. Parametric models were produced at element level using a smart decomposition. These seperate smart elements can be controlled manually or included in a fully autonomous design process. CADblanche created an online configurator for this.

View case

CBS beton

CBS beton, located in Belgium, supplies an impressive range of high-quality construction concepts internationally. CADblanche has set up an online configurator for CBS beton. They can generate flexible and completely autonomous production data within minutes. This can be considered a revolution within the Precast industry! CADblanche is therefore very honored to provide this piece of high-tech autonomous engineering for this renowned company.

View case

FP McCann

The parametric building concepts MLSC and MPS that CADblanche has produced for FP McCann are partly responsible for the creation of “The CADblanche framework”. A combination of parametric components is used to automatically generate the BIM for Production (BIMfP). FP McCann can not only control machines with this data, but also communicate directly with customers using BIM.

View case

IJB group

CADblanche is a fan of prefab, that is not a secret. The IJB group, located in Lemmer, The Netherlands, is also convinced of the advantages of prefab construction concepts and is therefore making good progress by investing in automation. To improve communication and integration with customers in the field of BIM, CADblanche has made parametric components so that the connection between foundation beams is always correct and both the 3D geometry and the metadata are guaranteed to be correct and complete.

View case

Betonson

Due to a direct need for design efficiency, CADblanche was asked to parameterize a new type of bridge beam, the OQ beam. Key factors have been organized for this purpose and mutual relationships between components have been established. In this case these were the concrete geometry of the beam, the reinforcing bars, prestressing strands incl. groups and the cast in objects within the beams. The result exceeded the expectations!

View case