About
DELMIA Apriso is an enterprise-grade Manufacturing Operations Management (MOM) and Manufacturing Execution System (MES) solution developed by Dassault Systèmes. It empowers manufacturers to digitally transform global production operations by providing a unified, scalable, and secure platform for managing the complete business process lifecycle. At its core, DELMIA Apriso delivers real-time visibility into manufacturing KPIs, production line performance, material flow, and cycle times. It goes beyond traditional MES capabilities by incorporating integrated quality management, material synchronization, and maintenance scheduling into a single solution. The platform leverages the Virtual Twin Experience to bridge the virtual and real manufacturing worlds—connecting plants, production lines, and work cells with their digital counterparts for a single source of truth across the enterprise. Augmented by DELMIA Augmented Experience, users can apply AI, computer vision, deep learning, and interactive 3D/AR technologies to guide operators through complex assembly tasks and automate quality inspections. DELMIA Apriso supports 9 industries—including Aerospace & Defense, Life Sciences, Consumer Packaged Goods, Industrial Equipment, and more—and accommodates a wide range of manufacturing models such as Build-to-Order (BTO), Engineer-to-Order (ETO), batch, process, repetitive, and hybrid manufacturing. It is suited for vertically integrated enterprises as well as diversified global manufacturers seeking consistent best practices across sites worldwide.
Key Features
- Manufacturing Operations Management (MOM) & MES: Tracks and manages the full production lifecycle—from scheduling and execution to quality and maintenance—across global facilities.
- Virtual Twin Experience: Connects real-world manufacturing assets (plants, lines, work cells) with their virtual models to create a single source of truth for production data.
- Real-Time Analytics & KPIs: Delivers live, data-driven performance metrics to help managers monitor productivity, material flow, cycle times, and continuous improvement initiatives.
- Augmented Reality & AI-Guided Operations: Uses AI, computer vision, deep learning, and AR to guide operators through complex assembly tasks and automate quality inspections.
- Multi-Industry & Multi-Model Support: Supports 9 industry verticals and a broad range of manufacturing models including BTO, ETO, batch, process, repetitive, and hybrid manufacturing.
Use Cases
- A global aerospace manufacturer uses DELMIA Apriso to standardize production workflows and quality checks across multiple international plants, ensuring regulatory compliance and traceability.
- A life sciences company leverages the platform's integrated quality management and batch manufacturing support to meet FDA regulations and reduce defect rates on pharmaceutical production lines.
- An automotive OEM deploys DELMIA Apriso's Virtual Twin Experience to synchronize real-time shop-floor data with digital process models, enabling predictive maintenance and reducing unplanned downtime.
- A consumer electronics company uses the AR and AI-guided assembly features to train operators on complex product builds and automate visual quality inspections, cutting rework costs significantly.
- A diversified industrial manufacturer uses DELMIA Apriso to roll out consistent MOM best practices across 20+ global facilities, gaining enterprise-wide visibility into KPIs and production performance.
Pros
- Enterprise Scalability: Designed for global deployments across vertically integrated or diversified enterprises, ensuring consistent processes and best practices at every site.
- Analyst-Recognized Platform: Validated by leading analysts including Gartner, ABI Research, and IDC, providing confidence in its maturity and market positioning.
- Comprehensive MOM Coverage: Goes beyond basic MES to include integrated quality, material synchronization, maintenance, and supply chain connectivity in a single platform.
- Advanced Technology Integration: Combines AR, AI, computer vision, and Virtual Twin capabilities to modernize shop-floor operations and reduce defects.
Cons
- Enterprise Complexity: The breadth of features and global deployment capabilities can make implementation complex and resource-intensive, especially for smaller manufacturers.
- Pricing Opacity: As an enterprise solution, pricing is not publicly listed and requires direct engagement with Dassault Systèmes sales teams.
- Steep Learning Curve: The platform's extensive functionality across multiple industries and manufacturing models may require significant training and onboarding time.
Frequently Asked Questions
What is DELMIA Apriso?
DELMIA Apriso is a Manufacturing Operations Management (MOM) and Manufacturing Execution System (MES) software developed by Dassault Systèmes. It helps global manufacturers manage, optimize, and digitally transform production operations.
Which industries does DELMIA Apriso support?
DELMIA Apriso supports 9 industries including Aerospace & Defense, Life Sciences & Healthcare, Consumer Packaged Goods & Retail, High Tech, Industrial Equipment, Marine & Offshore, Transportation & Mobility, Infrastructure, Energy & Materials, and Home & Lifestyle.
What manufacturing models are compatible with DELMIA Apriso?
The platform supports a wide variety of manufacturing models including Build-to-Order (BTO), Engineer-to-Order (ETO), project/program-based, Build-to-Stock (BTS), repetitive, batch, process, and hybrid manufacturing.
How does DELMIA Apriso use AI and augmented reality?
Through the DELMIA Augmented Experience add-on, the platform leverages AI, deep learning, computer vision, and AR to assist human operators with complex assembly tasks and to automate quality inspections against the product's virtual twin.
What is the Virtual Twin Experience in DELMIA Apriso?
The Virtual Twin Experience connects the real-world manufacturing network—plants, production lines, and work cells—with their virtual digital counterparts, enabling a unified, model-based single source of truth for manufacturing data and supply chain decisions.
