Kemo General
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Kemo General
Kind of models
Functional models
Models for visibility
Processes of Kemo
Models for supporting design proces
1. Foam models
2. Volume models
3. Black millings
4. Final models
5. Final models +
6. Final models ++
7. Rapid modelling
Concept fase
Finalisation fase
1. Foam models
Fast
Low costs
Low quality (simple colour)
Fragile
Rough details
2. Volume models
Fast
Low costs
Low quality (1 colour)
Milled from Prolab 65
Rough details
3. Black milling
Without splitlines milled in cibatool
With splitlines milled in pmma
More detailed
4. Final models
Needs more time
Higher costs
Higher quality
Milled from Cibatool / pmma (solid) / alu / brass
Detailed
5. Final models +
Moving parts in model
Clear translucent parts on wallthickness (pmma)
Tampon print on keypads
Real chroom accents
6. Final models ++
Led lighting
Engineering
5 axis milling technique
Highest cost
Highest quality
Longer leadtime
First iPro 8000 in Benelux
Small & large parts
Maximum model size : 750 x 660 x 550 mm
Different materials
Accura 60 Plastic transparant
Accura Xtreme Plastic ABS-like
High accurancy, good surface quality
Visual prototypes with fine detailing
7. Rapid modelling SLA
• High accuracy, high surface quality
• Parts for visual, aesthetic testing
• Small and large parts (750 x 660 x 550 mm)
• Different materials (polycarbonate / ABS)
• Several finishing degrees possible
• “Show and tell” parts with good surfaces and fine detailing
• Visual prototypes for checking 3D drawings
• Prototypes for limited functional testing
• Masters for copying techniques
Colour & material studies
Developing new colours
Different kind of materials
Special effects, airbrushing
Etc.
Related Documents
