Fuel Pump 3D Scan — Honda CBR600RR
Honda CBR600RR fuel pump assembly captured on an Einstar 2 in Laser HD mode, producing a detailed mesh for reverse engineering and replacement part modelling.
Overview
The fuel pump assembly from a Honda CBR600RR was digitised to provide accurate reference geometry for reverse engineering and replacement part design. The complete assembly was mounted on a marker turntable and scanned with an Einstar 2 handheld scanner in Laser HD mode, chosen for its ability to resolve the small ports, connectors, and mounting flange detail on a part with mixed surface finishes. Scan data was processed in EinStar Hub, with mesh optimisation and curvature-based hole filling applied to close gaps left by occluded areas. The result is a clean, watertight mesh ready to model against in CAD.
Key Features
Honda CBR600RR fuel pump captured in Laser HD mode for fine detail
Scan data intended for reverse engineering, CAD modelling and replacement parts
Marker mat used under the part for reliable frame alignment
IR Rapid mode available for ute trays, panels, chassis and full vehicles
Replaces a Creality Ferret with better capture and software handling
Specifications
- Scanner
- Einstar 2 (Shining 3D)
- Scan Method
- Laser HD mode, marker turntable
- Software
- EinStar Hub
- Subject
- Honda CBR600RR fuel pump assembly
- Output
- Cleaned mesh for reverse engineering
Design Process
Set the fuel pump on a marker mat for tracking reference
Select Laser HD mode for small part detail capture
Run the scan around the pump body and mounting flange
Process the mesh in EinStar Hub after scan completion
Apply mesh optimisation, smoothing and curvature-based hole filling
Export the cleaned mesh as reference geometry for CAD work
Gallery