Can the AI capability 'In app search' help companies in the Sheet Metal Fabrication and Repair industry with complex design challenges?

Sheet Metal Fabrication and Repair

Can the AI capability 'In app search' help companies in the Sheet Metal Fabrication and Repair industry with complex design challenges?

Yes, the AI capability 'In app search' in Deskhero can assist companies in the Sheet Metal Fabrication and Repair industry with complex design challenges. By utilizing the 'In app search' feature, companies can search for design principles, guidelines, and case studies related to specific design challenges they are facing. Whether it's optimizing structural integrity, improving manufacturability, or reducing material waste, the AI-powered search capability can provide valuable insights and recommendations to overcome these challenges effectively.

Use case 1
Designing for manufacturability - When faced with complex design requirements, companies can leverage the 'In app search' feature to find resources on designing for manufacturability. By searching for keywords like DFM (Design for Manufacturability), tolerance analysis, or sheet metal forming considerations, they can access guidelines and best practices that help them create designs that are optimized for efficient fabrication and assembly processes.

Use case 2
Exploring alternative materials and processes - The 'In app search' capability enables companies to explore alternative materials and processes for their sheet metal fabrication projects. By searching for keywords like lightweight alloys, composite materials, or advanced joining techniques, they can discover innovative solutions that offer improved performance, cost-efficiency, or sustainability benefits.

Use case 3
Integrating design software and simulation tools - Companies can use the 'In app search' feature to find information on integrating design software and simulation tools into their sheet metal fabrication workflow. By searching for keywords like CAD software, FEA (Finite Element Analysis), or CAM (Computer-Aided Manufacturing), they can access resources that provide guidance on leveraging these tools to optimize designs, simulate manufacturing processes, and validate performance before fabrication.