Steel Projects PLM software automates and optimizes the connection between the detailing office and the fabrication plant by converting drawings into programs for CNC machines, taking into account real time constraints. In addition, our software’s proprietary nesting algorithms (bars and plates) optimize the use of steel to save raw material and maximize production capacity. Moreover, our digital solutions allow comprehensive management of the shop floor. Some of the sector specifics for steel fabrication software that could benefit: Buildings (industrial, agricultural and commercial) Transmissions towers Large constructions: bridges, stadiums, architect’s buildings, etc. Service centers Steelwork Miscellaneous Our features can be summed up as CAM (Computer Aided Manufacturing), Nesting, and MES (Manufacturing Execution System) solutions: thanks to digital technologies, we help steel fabricators maximize and automate their production (CAM), save steel thanks to our specific algorithms (Nesting), and monitor live their production and capabilities while interacting with them (MES). Moreover, since we know the importance of digital continuity to optimize flows of information for our customers, we offer to exchange data easily between the different systems of their company. On the one hand, with our PNI format that we have developed internally to exchange data with MIS and nesting software. On the other hand, with different standardized or customized integrations that we have developed to exchange data with ERP systems, in which most of the company’s data converge. Finally, we provide more and more of our solutions on mobile devices to our customers to enhance their flexibility. Optimization of workflows Live monitoring of production (CNC machines and manual stations) Advanced analysis of production Complete and digitalized management of traceability Our customized modules include the following features: 1. Imports from the detailing office 2. Feasibility checks 3. Project management 4. Section nesting 5. Plate nesting 6. Stock and purchasing management 7. Interfaces with external systems 8. Production planning and preparation 9. Automation: automatic CNC data creation 10. Management of manual stations 11. Shipping management 12. Erection site follow-up 13. Live production monitoring 14. Production analysis 15. Traceability management