Overview
Vehicle Interior Design
Countless automobile brands and models are launched every year. Private customization of automobiles has turned into a trend and customized-grade products so most of us can afford. Vehicle manufacturers should focus on the auto parts and vehicle interiors which helps them finish the product development faster and stay ahead of their competitors. Traditional manual methods of measurement are too restrictive and do not lead to precise data. Handheld 3D scanners turn out to be a great problem solver in automobile manufacturing. It provides sufficient data acquisition and can accurately scan the curved surface of automobile interiors. Initially, the vehicle's interiors like seat, foot mat are scanned and the 3D scan data is imported in reverse engineering software like Geomagic Design X. Digital alignment is done for the interior auto parts. The design modification, 3D and 2D outline is done for the vehicle and its interior parts in the Geomagic Design X software. The customized changes in the vehicle’s interior are obtained as CAD output and given to the customer in the desirable format.
WORKFLOW
 Import Scan Data of IP TRIM DASH BOARD VENT BODY.png)
Import Scan Data of IP TRIM DASH BOARD VENT BODY
 Region has been created for the required area and the data has created for the assembled master scan data.png)
Region has been created for the required area
 On that region mesfit has been used and trimmed,fillet has been created.png)
On that region mesfit has been usedn
 By the same way the required area has been created by surface and trimmed and fillet had been given.png)
By the same way the required area has been created
 In this heighlighted area loft tool is used and suface has been created and trimmed.png)
In this heighlighted area loft tool is used and suface has been created and trimmed
 The heighlighted area is created by using surface extrude and trimmed.png)
The heighlighted area is created by using surface extrude and trimmed
 This heighlighted area is created by using meshfit by using the region.png)
This heighlighted area is created by using meshfit by using the region
 In the same way meshfit used for the next surface area and trimmed by using 3d sketch heightlighted.png)
In the same way meshfit used for the next surface area
 The both edge of the surface has joined by using loft.png)
The both edge of the surface has joined by using loft
 By using the region the surface has created with the help of extrude wisard, loft.png)
By using the region the surface has created with the help of extrude wisard
 All the created surface has been trimmed and created as a single surface.png)
All the created surface has been trimmed and created as a single surface
 Then the surface has been thicken.png)
Then the surface has been thicken
 Split face is used by using 3d sketch to make surface offset in reqiured area as done above.png)
Split face is used by using 3d sketch
 Surface created and trimmed to cut solid.png)
Surface created and trimmed to cut solid
 Fill face s used to fill the gap in suface.png)
Fill face s used to fill the gap in suface
 The feachers like Ribs, Clip towers and locators are imported, which has been done as a another file as a child parts.png)
The feachers like Ribs, Clip towers and locators are imported
 All the above feachers had been combined Boolean merge.png)
All the above feachers had been combined Boolean merge
 Final output for IP Trim middle Vent body.png)
Final output for IP Trim middle Vent body
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