3D Scanning
Our Comet L3D 8MP is manufactured by in Germany by Zeiss Industrial Metrology. It is a professional 3D scanner equipped with a high-performance 3D sensor. It uses innovative structured blue LED lighting 3D scanning technology.
The sensor produces highly accurate 3D data clusters. Therefore, it is the ideal solution for producing fast and super high-quality results without compromising quality of data.
3D Scanning can be used to take a model or component, no matter what the size or shape model, and then convert it to a 3D model that can in turn be 3D printed in a wide variety of materials. The results are highly accurate and detailed.
Images below displaying 3D Scanning Process
Original Model
Original Bentley Hubcap which is not readily available on the market.
3D Scan Data
Bentley hubcap scan data used for reverse engineering.
Scan Data and 3D Model
3D Scan Data (blue) and Solid Model (green) displayed during reverse engineering process.
Model Rendering
Bentley hubcap 3D Rendering produced from solid 3D model.
The 3D scanning process is used to replicate a model where no 3D digital exists for the model or component. Without 3D data it is impossible to produce or replicate the item no matter what manufacturing method is chosen.
There are situations where an object can go directly from the scanning process to manufacturing processes but more often the scan data needs to be digitally post-processed to produce a model than can be used in manufacturing. This is because the scanner cannot capture deep holes, crevasses, or internal structures. It can only capture the external surface of the model because the system uses a projection and camera technology. The time it takes to complete this post-processing varies based on the complexity of the model.
Our 3D Scanner can perform a wide variety of processes:
Reverse Engineering
The scanner is used for legacy components or models where no digital data exits. A digital 3D file is always needed to produce a component no matter the manufacturing method.
Control / Inspection
We can take can component and 3D scan it and compare it to a 3D CAD drawing or to another component. 3D heat maps and reports can be produced to display comparable accuracy of components or a component to digital data.
Mould Making
Scan data is used to produce a negative within a mould block.
Tool Making
Scan data provides digital geometry which is used to create tooling, jigs, fixtures.
Rapid Manufacturing
Quickly and accurately take components from a physical to digital format allowing for reproduction of components.
- 3D Printing Data
- CNC Machining Data
Historically Precious Artefact and Archaeological Preservation
Artefacts can be safely scanned into a digital format which can be used for:
- Display in expositions.
- Display in online presentations
- Archiving the geometry of the artefact.
- Rendering of the model for like-life presentations in a digital format.