Hexagon Manufacturing Intelligence, a division of Hexagon AB, specializes in metrology and manufacturing solutions that enable customers to fully control their manufacturing processes. The company's offerings include coordinate measuring machines (CMMs), laser trackers, portable measuring arms, and software solutions designed to improve quality and productivity. Serving industries such as aerospace, automotive, electronics, and medical devices, Hexagon's technologies facilitate the capture, measurement, and analysis of data, ensuring products meet precise specifications. With a global network of facilities and partners, Hexagon Manufacturing Intelligence is committed to driving the future of manufacturing through innovation, digitalization, and smart factory solutions.
Hexagon acquires Geomagic software from 3D Systems, enhancing 3D scan-to-CAD, reverse engineering, and inspection workflows with broad compatibility across major scanners and CAD platforms.
The new artificial intelligence technology is the next step in the evolution of CAM programming enabling machine shops to achieve operational excellence at scale.
By bringing together four of Hexagon’s best-in-class software tools in one place, the suite will drive operational excellence in machine shops and 3D printing service bureaus.
Hexagon's Manufacturing Intelligence has released HxGN Production Machining, a software suite designed to help machine shops achieve operational excellence in manufacturing discrete parts, tools, and components across various industries.
The suite empowers mould designers and makers to achieve operational excellence in the design and manufacturing of plastic injection moulds, progressive dies, forming dies, and similar tools.
Hexagon's Manufacturing Intelligence division offers global training technology using digital twins to train machinists and metrology specialists for shop-floor equipment usage.
Hexagon and Raytheon Technologies partner to deliver a simulation tool that will enable evaluation and optimization of metal additive manufacturing (AM) processes through the prediction of thermal history and defects at the laser path and powder layer scale.