
Production of One
Deliver configured and customized equipment without sacrificing quality or efficiency.
Learn more →
INDUSTRY
Innovate, manufacture and service the next generation of connected equipment with virtual twins and digital continuity.
KEY BUSINESS CHALLENGES
Focused themes adapted for Selma from Dassault Systèmes industry positioning, presented for local customer conversations.

Deliver configured and customized equipment without sacrificing quality or efficiency.
Learn more →
Integrate software, electronics, controls and mechanics for smarter equipment.
Learn more →
Respond faster to market change with connected engineering knowledge and processes.
Learn more →
Create lifecycle value through connected equipment, data and service models.
Learn more →Design for durability, remanufacturing, resource efficiency and circularity.
Learn more →WHO WE SERVE

Industrial and process machinery for demanding applications.

Robotics, automation and machine-tool engineering.

Pumps, compressors, turbines and fluid systems.

Complex fabricated and engineered products.

Construction, agriculture, mining and mobile equipment.
HVAC, elevators and material-handling systems.
HOW SELMA HELPS
Connect requirements, mechanical and systems engineering, simulation, manufacturing planning and lifecycle services in a unified digital environment.
V2.7 is a test build for review before the full V2.7 implementation.

EVIDENCE & APPLICATIONS
Customer examples and technical resources to help you understand engineering applications before starting a conversation.

Digital manufacturing operations and real-time visibility.
Explore official resource ↗
Explore complex product development and integrated engineering applications.
Explore official resource ↗External resources are published by Dassault Systèmes. These examples do not imply that Selma delivered the featured projects. White-paper collections may require publisher registration.
Talk to Selma about the right Dassault Systèmes technology, implementation path and engineering support.