In this session, you’ll get an overview of the DS strategy and current solutions
around Additive Manufacturing (including material engineering, design,
manufacturing preparation and simulation) with a special focus on CATIA new
Cognitive Augmented Design capabilities on the 3DEXPERIENCE Platform.
1. Virtual material design
The material scientist explores virtual new materials and determines their suitability for Additive Manufacturing
2. Innovative Product design
The Engineer captures functional requirements to generate an optimized concept then performs organic shape modeling
3. Process control
The Manufacturing Engineer programs the machine and defines the planning of the production to meet the expected design requirements and expected quality
4. RUN of the production
The Manufacturing Engineer specifies the shopfloor capacities based on machine availability and performance, and ensures that the production is optimized ( machine efficiency )
5. Find the best Printing service
The Manufacturing Engineer connects to the Additive Manufacturing Hub to find the best service provider to print his part
Aim is to connect all the AM players
6 main Value Proposals
PROCESS monitoring
In-situ Correction
Post-fabrication Optimization
Manufacturing simulation
NOT Only about using current material and certifying them for AM, but also
New material for AM
Controlling the micro-dtruvutre of the matelas ( deep dive into the micro scale structure )
Innovative design
New shapes
Function integration
Performance improvment
Weight reduction
Process control
quality : as manufactured = as design
repeatability
productivity
Production optimization
Shopfloor management
Making sure a machine is used at its full potential ( expensive , production time is high, material costs a lot )
Stopping production in case of problem ( if deviation )
Correcting the process in case of deviation
Controlling the quality
Aim is to connect all the AM players
6 main Value Proposals
PROCESS monitoring
In-situ Correction
Post-fabrication Optimization
Manufacturing simulation
NOT Only about using current material and certifying them for AM, but also
New material for AM
Controlling the micro-dtruvutre of the matelas ( deep dive into the micro scale structure )
Innovative design
New shapes
Function integration
Performance improvment
Weight reduction
Process control
quality : as manufactured = as design
repeatability
productivity
Production optimization
Shopfloor management
Making sure a machine is used at its full potential ( expensive , production time is high, material costs a lot )
Stopping production in case of problem ( if deviation )
Correcting the process in case of deviation
Controlling the quality
Aim is to connect all the AM players
6 main Value Proposals
PROCESS monitoring
In-situ Correction
Post-fabrication Optimization
Manufacturing simulation
NOT Only about using current material and certifying them for AM, but also
New material for AM
Controlling the micro-dtruvutre of the matelas ( deep dive into the micro scale structure )
Innovative design
New shapes
Function integration
Performance improvment
Weight reduction
Process control
quality : as manufactured = as design
repeatability
productivity
Production optimization
Shopfloor management
Making sure a machine is used at its full potential ( expensive , production time is high, material costs a lot )
Stopping production in case of problem ( if deviation )
Correcting the process in case of deviation
Controlling the quality
Aim is to connect all the AM players
6 main Value Proposals
PROCESS monitoring
In-situ Correction
Post-fabrication Optimization
Manufacturing simulation
NOT Only about using current material and certifying them for AM, but also
New material for AM
Controlling the micro-dtruvutre of the matelas ( deep dive into the micro scale structure )
Innovative design
New shapes
Function integration
Performance improvment
Weight reduction
Process control
quality : as manufactured = as design
repeatability
productivity
Production optimization
Shopfloor management
Making sure a machine is used at its full potential ( expensive , production time is high, material costs a lot )
Stopping production in case of problem ( if deviation )
Correcting the process in case of deviation
Controlling the quality
Aim is to connect all the AM players
6 main Value Proposals
PROCESS monitoring
In-situ Correction
Post-fabrication Optimization
Manufacturing simulation
NOT Only about using current material and certifying them for AM, but also
New material for AM
Controlling the micro-dtruvutre of the matelas ( deep dive into the micro scale structure )
Innovative design
New shapes
Function integration
Performance improvment
Weight reduction
Process control
quality : as manufactured = as design
repeatability
productivity
Production optimization
Shopfloor management
Making sure a machine is used at its full potential ( expensive , production time is high, material costs a lot )
Stopping production in case of problem ( if deviation )
Correcting the process in case of deviation
Controlling the quality