Where Digital Planning Meets Real-World Manufacturing Excellence

DELMIA Manufacturing & Operations



Overview

DELMIA Manufacturing & Operations brings together manufacturing execution (MES) and manufacturing operations management (MOM) capabilities to link virtual planning with real-world execution. It aims to connect the shop-floor, warehouse, quality, material flows and supply network into one shared digital landscape so organisations can achieve and sustain operational excellence.


delmia-manufacturing-operations

Features

Unified production visibility, AI-driven guidance, quality management, and digital continuity across global manufacturing operations.

Real-time Production Monitoring

OEE, downtime, throughput, and asset performance analytics across global manufacturing sites.

AI & Computer-Vision Guidance

AR-assisted operator guidance and automated visual inspection for high-precision tasks.

Unified Operations Management

Centralized control for production, quality, materials, and maintenance with seamless workflows.

Virtual-to-Real Digital Continuity

Direct linkage between digital production plans and physical execution for rapid scenario testing.

End-to-End Supply Chain Visibility

Real-time insights across plant networks, warehouse flows, and material movement.

Applications

Optimize production, inspection, supply-chain, and multi-site operations with real-time intelligence and digital workflows.

Cross-Functional Coordination

Break silos between shop-floor, quality, warehouse, and planning teams for unified operations.

Asset & Performance Optimization

Track equipment health, performance, and uptime while improving maintenance strategies.

AR-Based Work Instructions

Deploy augmented-reality assembly guidance for aerospace, automotive, and industrial workflows.

Global Operations Management

Manage multi-site production with consistent standards and real-time visibility.

Material Flow & Supply-Chain Optimization

Improve warehouse operations, scheduling, and supply-chain responsiveness using digital models.