Fully integrated solutions – from first concept through to serial production, from tens of thousands to many millions of parts, we work alongside our customers as a reliable development partner and dependable manufacturer of high quality, high precision LSR and 2C LSR components.
1. Concept development
'Black box' development
Value-engineering of customer concept or existing product
Creating ideas
DFM (Design for Manufacture)
2. Product specification
Drawings
3D models
Critical criteria
Cleanliness
Special surface finish or treatments
Special packaging
Product testing
3. Feasibility analysis
FEA simulation
Manufacturing feasibility
Tool design models
Supply chain considerations
Feed-to-line concepts
4. Concept validation
Flow simulation
Quick prototyping (additive manufacturing)
Quick sampling
Material evaluation
5. Testing and validation
Dimensions
Material properties
Functional product testing
Surface cleanliness
Special testing, e.g. bioburden
6. Product optimization and design freeze
Pre-serial trials
DOE (Design of Experiment)
7. Industrialization
Construction of molding and demolding tools and automated handling units
Closed loop fully automated cells for high volumes
Finalization of serial process in suitable environment: Cleanroom, White room, Gray room, Food safe cells
8. Serial validation
Part and material validation package to suit customer requirements
Run@Rate studies
Dimensional capability
In-line inspection
Process audit
9. Scale-up production
Scaled-up tools
Scaled-up production cells
Advanced automation techniques
Direct Line Feed (DLF) programs
Ready-to-use product packaging and supply systems
Fully integrated solutions – from first concept through to serial production, from tens of thousands to many millions of parts, we work alongside our customers as a reliable development partner and dependable manufacturer of high quality, high precision LSR and 2C LSR components.
1. Concept development
- 'Black box' development
- Value-engineering of customer concept or existing product
- Creating ideas
- DFM (Design for Manufacture)
2. Product specification
- Drawings
- 3D models
- Critical criteria
- Cleanliness
- Special surface finish or treatments
- Special packaging
- Product testing
3. Feasibility analysis
- FEA simulation
- Manufacturing feasibility
- Tool design models
- Supply chain considerations
- Feed-to-line concepts
4. Concept validation
- Flow simulation
- Quick prototyping (additive manufacturing)
- Quick sampling
- Material evaluation
5. Testing and validation
- Dimensions
- Material properties
- Functional product testing
- Surface cleanliness
- Special testing, e.g. bioburden
6. Product optimization and design freeze
- Pre-serial trials
- DOE (Design of Experiment)
7. Industrialization
- Construction of molding and demolding tools and automated handling units
- Closed loop fully automated cells for high volumes
- Finalization of serial process in suitable environment: Cleanroom, White room, Gray room, Food safe cells
8. Serial validation
- Part and material validation package to suit customer requirements
- Run@Rate studies
- Dimensional capability
- In-line inspection
- Process audit
9. Scale-up production
- Scaled-up tools
- Scaled-up production cells
- Advanced automation techniques
- Direct Line Feed (DLF) programs
- Ready-to-use product packaging and supply systems