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6 steps
Product development
Concept engineering
Effectively translate customer requirements into a product
- Identify, analyze and classify user requirements according to certified methodology ISO 9001
- Feasibility studies of various concepts and ideas
- Initial dynamic simulations
- Upfront laboratory testing
Product design
- Mechanical engineering
- Practice simultaneous engineering
- 3D mechanical design
- Product lifecycle software to drive products from design to delivery
- Electrical architecture and design
- Automation development
- Control System
- Motion control
- Human machine interface
- Vision systems
- Documentation
Digital validation
Virtual prototyping assures that design will work before building it
- Assembly and collision analysis in 3D
- 3D Structural calculations
(finite elements)
- Improve quality
- Reduce weight
- Physics-based motion calculation and
simulation of motorized assemblies
- In-depth risk analysis
Manufacturing and assembly
Increased quality and reduced time-to-market through engineering and manufacturing integration
- Fast Prototyping Production Center
- Seamless integration between
Mechanical Engineering and
Production Center
- Core team dedicated for new
prototyping (Planning, Purchasing,
Manufacturing)
Product test and validation
In-depth machine testing to assure mechanical and electrical stability
- Upfront validation of critical elements
- Electrical failure testing
- Mechanical in-depth testing
- Noise measurement studies
- High speed video analysis securing higher process stability
Ongoing engineering
Ongoing engineering to maintain Aisa machines at high productivity and add advanced functionality
- Dedicated engineering team for customer projects
- Follow up projects from order to delivery
- Tooling design
- Expand functionality on existing machines (specific packaging, cap applications, etc.)
- Continuous improvements