others Product Capabilities
Heavy Machinery Operating Performance
The Heavy Machinery Operating Performance Industry Process Experience provides targeted solutions to enhance the durability and efficiency of heavy mobile equipment in diverse environments. Our expertise helps manufacturers develop versatile farm, construction, and mining machinery that meets the rigorous demands of today's regulations.
Heavy Machinery Safety & Comfort
Operators spend long hours in their cabins, where small comfort improvements can greatly reduce fatigue. Worker fatigue costs U.S. companies between $1,200 and $3,100 per employee annually, heightening accident risks. Consequently, equipment manufacturers are prioritizing operator safety and comfort to lower ownership costs and boost efficiency.
Tyre Engineering
nalysts predict that global vehicle miles traveled will double to 20 trillion by 2030, increasing tire demand with the rise of electric and autonomous vehicles. To meet this challenge, tire manufacturers must optimize supply chains and innovate efficiently.
Tyre Vehicle Simulation
Analysts forecast global vehicle miles traveled will double to 20 trillion by 2030, driven by the CASE mobility trend. Tire and vehicle OEMs are focusing on enhancing supply chain efficiency, optimizing raw materials, and streamlining production costs to improve competitiveness and operating margins.
Equipment Operating Performance
Technology is improving living conditions by enhancing manufacturing and HVAC systems to reduce energy waste and boost reliability. In response to air quality concerns, Dassault Systèmes offers HVAC simulation solutions on the 3DEXPERIENCE platform, using Building Information
Equipment Structural Engineering
As manufacturing demands rise and urbanization accelerates, industrial equipment plays a crucial role in global transformation. To address these challenges, robust products and processes are essential to minimize downtime and costs, leading to increased reliability and lower maintenance expenses for equipment companies.