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17.03.07_1

Quitter trams

The Problem

CAD models were not available for the existing bogeys and would need to be produced in order to fit SNC-Lavalin's cross-bracing system to fit. In addition to this, allowances needed to be made for wear across the lifetime of the bogey to prevent interference problems down the track.

 

The Solution

OnePointSix engaged our 3D scanning partners to capture a high detail scan of an existing bogey using laser and probe arm technology. The scan was brought into Solidworks by OnePointSix and was used to fit the cross-bracing structure in place ad to model the interface geometry. Wheel wear was simulated in Solidworks and the resulting clearances were assessed against required tolerances. 3D and 2D manufacturing drawings were output as per SNC-Lavalin's Melbourne offices.

 

ONEPOINTSIX provides turnkey solutions for product development, specializing in 'out of the box' conceptual design solutions, product engineering and testing, 3D computer aided design using SOLIDWORKS, plastic injection molding, international or local manufacturing and everything in between. We design, engineer, source and produce everything needed to turn your project into a reality.

 

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Uploaded on June 28, 2018