Bentley Supercharger
Re-manufacture of key components for a rare classic Bentley.
Scanning: Digital capture of vehicle and component geometries
STL Manipulation: Optimising scanned data for manufacturing
Digital Archiving: Storing a ‘digital asset’ of components for future requirements
Computer Aided Design: Digital creation, modification and analysis of design
Finite Element Analysis: Modelling of real world forces such as heat, fluid flow and vibration
Computational Fluid Dynamics: Digital modelling of vehicle’s aerodynamics
Additive Manufacturing (‘3D Printing’): Cost effective low-volume manufacture
Composites: Light weighting using modern motorsport materials
Machining & Casting: Traditional ‘subtractive’ and molding methods
Fabrication: Cutting, bending & assembling
Production & Stock Control: End-to-end management from purchasing to delivery
Technical Assembly: In-house assembly by motorsport technicians
Inspection: Quality assurance of components and final assemblies using digital and traditional techniques