Open Source Robotic Finishing Line
Contents
- 1 Basics
- 2 Used For
- 3 Industry Standards
- 4 Existing Open Source Designs
- 5 Minimum Viable Product
- 6 Basic Design
- 6.1 Control Station
- 6.2 Main Power Supply
- 6.3 Auxilary Power Supply
- 6.4 Parts Conveyor Belt(s)
- 6.5 Main Assembly Conveyor Belt(s)
- 6.6 Sandblasting Robotic Arms
- 6.7 Random Orbital Sanding Robotic Arms
- 6.8 Buffing Robotic Arms
- 6.9 Spray Painting/Powder Coating Booth
- 6.10 Spray Painting Robotic Arms
- 6.11 Powder Coating Robotic Arms
- 7 BOM
- 8 See Also
- 9 Useful Links
Basics
- A combination of the tech of the Open Source Robotic Arm Construction Set, the Open Source Conveyor Belt Construction Set, and others
- Used for finishing the products from general purpose assembly lines (sandblasting, sanding, buffing, painting, etc.)
Used For
Automation of the painting etc. of the following:
- Open Source Landcraft Construction Set
- Open Source Watercraft Construction Set
- Open Source Aircraft Construction Set
Industry Standards
-
Existing Open Source Designs
-
Minimum Viable Product
- Modular
- As cheap and energy efficient as possible
- Safe for workers (both from danger (such as swinging robotic arms and moving conveyor belts), and long term health problems (such as hearing loss, ionizing radiation exposue etc. from motors, and welders+lasers respectively)
- General Purpose
Basic Design
Control Station
-
Main Power Supply
-
Auxilary Power Supply
-
Parts Conveyor Belt(s)
-
Main Assembly Conveyor Belt(s)
-
Sandblasting Robotic Arms
-
Random Orbital Sanding Robotic Arms
-
Buffing Robotic Arms
-
Spray Painting/Powder Coating Booth
- Has a seperate conveyor belt and a walled of (and a curtain/door maybe) room
- Is used to contain the Spray Painting and Powder Coating Robotic Arms
Spray Painting Robotic Arms
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Powder Coating Robotic Arms
-
BOM
-
See Also
-
Useful Links
- Watch a lot of "How its Made" maybe?