An engineer scanning a turbine rotor, with the scan and the drawing on screen beside it

Services

Reverse engineering

Component geometry being captured by 3D laser scanning for reverse engineering

Reverse engineering

We manufacture replacement components using 3D scanning

When a replacement part is no longer available, we capture the existing component using 3D laser scanning and recreate its geometry as an engineering model. The material is verified, the component is manufactured to the required specification, and the finished part is inspected before delivery.

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Component manufactured at the TurboDyne works

Lead time and cost

Replacement parts engineered in Jubail rather than imported

Obsolete components are often quoted with lead times of several months, and for older plant they are sometimes unavailable at any price. Scanning and cutting the part in Jubail removes shipping, customs and overseas order time from the delivery date, and puts the drawings and the machining for that component into the Saudi supply chain Vision 2030 sets out to build. Parts are typically supplied at 30 to 50 per cent below original manufacturer pricing.

The process

From 3D scan to finished component

  1. 013D laser scanning
  2. 02CAD modelling
  3. 03Material verification
  4. 04Manufacturing
  5. 05Inspection and release

Scope

What the service includes

3D laser scanning
Component geometry is captured digitally, including complex profiles such as aerofoils, impeller passages and gear teeth. Scanning is carried out in our workshop or at your site, and covers components that cannot be fully dismantled.
Engineering and CAD modelling
Scan data is converted into a fully editable 3D model and released with manufacturing drawings, tolerances and assembly instructions. The model remains available for repeat orders.
Material verification
Positive material identification and hardness testing confirm the original specification. An upgraded material is proposed where operating conditions justify it.
Manufacturing
5-axis milling, turning, grinding and gear cutting to the engineered model, manufactured to AGMA, API and ISO requirements.
Dimensional verification
Finished components are measured against the model and released with a dimensional inspection report.

Component range

Components we reverse engineer

  • Rotors
  • Turbine blades
  • Diaphragms
  • Impellers
  • Gears
  • Pinions
  • Shafts
  • Couplings
  • Seals
  • Bearings
  • Housings
  • Labyrinth seals

Gallery

Recent reverse engineering work

Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works
Component manufactured at the TurboDyne works

Sectors

Industries we serve

  • Power generation
  • Oil and gas
  • Refineries and petrochemicals
  • Fertilisers
  • Steel and cement
  • Mining
  • Aerospace and defence

Verification and traceability

Every reverse engineered component is measured against the engineering model built from the scan data and released with a dimensional inspection report, material certificate, NDT results where applicable and a balancing certificate for rotating parts. Send us the component or the equipment details, and we will reply with scope, lead time and price.