DELMIA
Factory Flow Simulation provides solutions for the creation and simulation of a 3D digital twin of your factory
- 3D layout models of the machines, work cells, lines and plants can be created from scratch using standard library components, from a 2D drawing, or from a point cloud generated from scanning your actual facility.
- These models can be used to perform factory flow simulation analyses in order to optimize material flows and improve productivity.
- The same model can be used to visualize and check the mechanical behaviour of machines and tools on the line in order to verify the manufacturability of new products or the performance of layout changes.Customers can even connect their work cells to a PLC and perform a “virtual commissioning” of your work cell or line.
Define and Simulate Resources and Material Flow
- Offers tighter integration with Process Planning
- Easier to define flow definition
- Simulate mobile storage units in factory flow simulations plus moving pallets, boxes and racks
- Enables modelling and simulation at multiple levels of detail
- Provides rapid equipment feasibility and performance studies
- Offers intuitive UI to define the material flow facilitating adoption by the usersEnables early recognition and elimination of bottlenecks
Factory Flow Simulation
DELMIA Apriso
Manufacturing Processes Optimization
DELMIA Apriso helps manufacturers to transform global production operations. As a Manufacturing Operations Management (MOM) / Manufacturing Execution System (MES) solution.
DELMIA Apriso creates a foundation for digital transformation that is unified, flexible, scalable, secure and provides real-time availability to critical manufacturing data for responsive decision-making
DELMIA Ortems
Operational Planning
DELMIA Ortems offers solutions for agile planning, scheduling and production. It takes traditional MES to the next level, adding the power of constraint-based, finite-capacity resource optimization and synchronization of production flows. This allows manufacturers to optimize the utilization of available resources during the issues of the day and improve service delivery.
DELMIA Ortems’ advanced planning software complements the DELMIA Digital Manufacturing and DELMIA Apriso solutions. It provides comprehensive digital continuity with artificial intelligence-driven decision support across all manufacturing and production aspects—from raw materials to finished products
- Offers tighter integration with Process Planning
- Easier to define flow definition
- Simulate mobile storage units in factory flow simulations plus moving pallets, boxes and racks
- Enables modelling and simulation at multiple levels of detail
- Provides rapid equipment feasibility and performance studies
- Offers intuitive UI to define the material flow facilitating adoption by the usersEnables early recognition and elimination of bottlenecks
Delmia Quintiq
DELMIA Quintiq – Supply Chain Optimization
DELMIA Quintiq is a market leader in supply chain planning and optimization. It provides organizations with end-to-end supply chain modeling solutions to balance operational and business goals, leveraging world record-breaking optimization technology.
As with all DELMIA products, DELMIA Quintiq connects the virtual and real worlds so that organizations can create a virtual twin of the supply chain.
DELMIA Quintiq – Highlights
- Drives continuous improvement across the entire supply chain.
- It delivers real-time visibility and collaborative synchronization across all planning and operations stakeholders within the organization as well as the extended value network.
- Manufacturers and service providers can plan and optimize any or all areas of their supply chain—from complex global production, detailed logistics and diverse workforce operations.
DELMIA – Robotics
The DELMIA Robotics solution is an industry-proven approach that facilitates the validation of production systems and robot programming, in context, within a 3D collaborative environment before the production system is built. It offers a flexible and easy solution for defining robotic work cells with tooling and other auxiliary equipment, programming and optimizing the robots, and ultimately simulating the entire manufacturing environment and product flow.
The solution accelerates the launch of new facilities, and makes it easier to manage change when products or processes are updated.
Manufacturers in many industries use the DELMIA solution to validate robot processes such as
- Arc welding
- Spot welding
- Material handling
- Painting
- Sealant application
- Shot-peening
The solution provides capabilities such as collision- detection, cycle-time analysis, and simulation of the whole robotic process.
DELMIA – Machining
DELMIA’s Industrial Equipment Machining solution enables NC programmers to experience a machine programming environment in which they can program, simulate and optimize machining processes through tight integration between tool path programming and machine tool simulation.
DELMIA’s Machining solution for the Industrial Equipment Industry enables programmers to cut down programming time significantly (by over 40%) with powerful automation and knowledge reuse capabilities.
INDUSTRY CHALLENGES
- How to decrease product development costs as product complexity increases?
- How to efficiently reduce programming lead-time from virtual manufacturing to actual production?
- How to reduce time to market while maintaining quality and flexibility in a competitive environment?
- How to identify the impact of design changes on machining processes to avoid rework?
- How to strengthen the link between design and manufacturing across the extended enterprise?
SOLUTION HIGHLIGHTS
- Experience integrated NC machine programming with simulation
- Cross-discipline collaboration throughout the extended enterprise
- Impact analysis of engineering and manufacturing changes
- Validate manufacturing processes, resources and outputs before the start of production
- Standardized programming user interface for all types of programming
SOLUTION VALUES
- Program smarter and faster with a 3D lifelike simulation of the complete machine
- Share machining knowledge with cross discipline collaboration
- Make cost-effective decisions with detailed impact analysis
- Minimize shop floor errors
- Reduce learning time and deployment costs
DELMIA – Ergonomics
DELMIA Ergonomics Analysis allows users to analyse and predict human comfort, safety and performance for targeted populations directly within the 3D virtual environment. These analysis capabilities enable engineers to examine, score and iterate whole body and specific segment postures to determine a person’s safety level, as well as their ability to perform defined work in the context of a product or workplace design. With DELMIA Ergonomics Analysis, user-defined manikins can be created to represent a specific population with access to any of the 103 anthropometry variables.
RAPID UPPER LIMB ASSESSMENT
Work-related upper limb disorder risks can be detected and displayed via color coding on the manikin’s upper body segments (neck, trunk, wrists and arms).
LIFTING AND LOWERING ANALYSIS
Duration, frequency, lifting posture (start and finish) and coupling conditions are used as input to provide recommended and maximum weight of the object to be lifted.
PUSH, PULL AND CARRY ANALYSIS
This analysis compares the actual “pushing/pulling” force to what is considered a safe force to perform the activity. Distance and population samples are used as input to provide a maximum acceptable carrying weight.
BIOMECHANICS ANALYSIS
Based on the position and the load (weight of an object) specified on the manikin’s segments, this analysis will calculate the moments and forces being applied to each joint. This analysis also provides an indication of the percentage of the manikin’s population that will be unable to perform this action.
