Reverse Engineering

  • Thorough analysis of part composition and assembly construction

  • With precision, SCD can generate drawings from existing parts or assemblies (or vice versa)

Reverse engineered motor fan blade. 3D printed a working production part. Installed and working properly running at 3,250 RPM.

Designed a button guard automotive attachment. Reverse engineered GMC Terrain with 3D scanner.

GMC Terrain 3D scan
CAD custom button guard
GMC Terrain
solid works custom part

Reverse engineered track drawer guide for slide style drawers. Produced 3D printed parts for customer out of low coefficient of friction material.

Performed reverse engineering on internal components to facilitate the design of a new molded body for a one-way check valve.

Reverse engineered the internal components in order to design a new molded body for one way check valve.
Reverse engineered the internal components in order to design a new molded body for one way check valve.
Reverse engineered the internal components in order to design a new molded body for one way check valve.
Reverse engineered the internal components in order to design a new molded body for one way check valve.
Foam product was originally made with compression foam molding plus secondary adhesive. SCD was able to create a model based on the physical part for injection foam molding.

The initial foam product employed compression foam molding along with secondary adhesive. SCD successfully developed an injection foam molding model based on the physical part.

Foam product was originally made with compression foam molding plus secondary adhesive. SCD was able to create a model based on the physical part for injection foam molding.
Foam product was originally made with compression foam molding plus secondary adhesive. SCD was able to create a model based on the physical part for injection foam molding.

Reverse engineered snowboard binding frame. Analysis fit and function with 3D print of finished model. Printed out of PA12-CF for flexural strength and abrasion resistance.

Reverse engineered the mating male threads to seamlessly integrate female threads onto this nozzle head.

Mating male threads were reverse engineered in order to implement the female threads onto this nozzle head.
Mating male threads were reverse engineered in order to implement the female threads onto this nozzle head.
Mating male threads were reverse engineered in order to implement the female threads onto this nozzle head.
Mating male threads were reverse engineered in order to implement the female threads onto this nozzle head.

Mock-up of hydraulic clamshell for fluid transfer application.

hydraulic clamshell for fluid transfer
hydraulic clamshell for fluid transfer
hydraulic clamshell for fluid transfer
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