Schneider Electric "Technology Partner Program" is an ecosystem of multi specialized vendors that can provide custom best in class solutions. IGE+XAO has been awarded "Master Technology Partner". As part of this Program, IGE+XAO electrical design tools are listed on Schneider Electric Exchange Platform.Exchange digital solution marketplace
The partnership is built around 3 areas: sales, technical and marketing. At the sales level, both publishers will jointly promote their products. As far as technical aspects, a gateway will allow calculation data to be passed from Caneco BT to SEE Electrical/Expert. Both companies also wish to explore cooperation possibilities between their multi-manufacturer catalogues. Hence, on the marketing side, IGE+XAO and ALPI plan common marketing actions.Visit ALPI's website
With whom the IGE+XAO Group has signed a strategic partnership including technical and sales issues. At the technical level, the two companies will to develop data exchange between WEIDMÜLLER's and IGE+XAO's products. In so doing, Weidmüller's "RailDesigner" and "PrintJet" will communicate with IGE+XAO's Electrical CAD packages "SEE Electrical Expert" and "SEE Electrical". At the sales level, the two companies will team up worldwide in order to conduct cross-selling and marketing operations.
The IGE+XAO Group has signed a strategic development partnership in which, IGE+XAO, as "Gold Software Partner", is also developing integration with 3D CAD and PLM Software such as CATIA, Enovia, and Smarteam.Download the Unity Brochure.
LABINAL and the IGE+XAO Group have created a joint venture EHMS (Electrical Harness Manufacturing Software) aiming to develop and market software solutions dedicated to the manufacturing of electrical harnesses. By combining the skills and resources of Labinal and IGE+XAO, the new joint venture will develop and sell pioneering software programs which interface seamlessly with the proprietary design environments of customers (aircraft manufacturers, automotive manufacturers, etc.) or software publisher architectures.