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TASNII Engineering
05Domain of expertise

Reverse engineering

From 3D scan to remanufacturable drawing — for obsolete or undocumented parts.

Industrial parts digitization, drawing reconstruction, design optimization, obsolete parts remanufacturing. Engineering office + workshop.

What we do

Scope of intervention.

A comprehensive coverage of the domain, without redirecting the client to a subcontractor for half the topics.

  • Reverse engineering
  • 3D reverse design
  • Industrial 3D scanning
  • Drawing reconstruction
  • Obsolete parts remanufacturing
  • Design optimization
  • Industrial parts digitization
Our approach

A structured process, from diagnosis to delivery.

  1. 01

    On-site 3D scan or dimensional survey

  2. 02

    CAD reconstruction and tolerancing

  3. 03

    Material and heat treatment analysis

  4. 04

    Manufacturing drawings and BOM

  5. 05

    Managed remanufacturing and inspection

Typical use cases

What it looks like in practice.

Case 01

Obsolete centrifugal pump impeller

Scan, drawings, casting, machining, balancing, FAT.

Case 02

Out-of-stock steam turbine parts

Complete reverse engineering, material validation, remanufacturing.

Case 03

Design optimization

Redesign of a fatigue-prone part, FEM validation.

Why TASNII

Four things that change everything.

01

Complete chain scan → drawing → delivered part

02

Knowledge of rotating equipment OEM standards

03

Systematic PMI material validation

04

Workshop network remanufacturing capability

Our equipment

Scan, mesh, CAD — a controlled chain.

To deliver high-precision reverse engineering, we rely on a complete set of advanced tools, integrated as a single workflow.

  • Hexagon RS6 Laser Scanner

    Hardware

    3D laser scanner with 7-axis arm

    High-resolution full-angle digitization of complex parts producing dense point clouds, essential for precision reverse engineering.

  • Geomagic Design X

    Software

    Mesh processing software

    Cleaning, optimization and reconstruction of detailed mesh models from raw 3D scan data.

  • SolidWorks

    Software

    Professional parametric CAD

    Conversion of mesh geometries into fully parametric 3D models, ready for design modifications or manufacturing.

Achievements

Delivered parts, qualified materials.

A selection of reverse-engineered parts — from scan to parametric model, sometimes through to managed manufacturing and documented delivery.

Reverse engineering of a rotor blade set — turbo expander

Reverse engineering of a rotor blade set — turbo expander

Scanner
Hexagon RS6
CAD
SolidWorks
Part
Rotor blades
Material validation
PMI
Energy Recovery system — Ceramic

Energy Recovery system — Ceramic

Material
Ceramic
Application
Energy recovery
Output
Parametric CAD
Family
Reverse engineering
Steam turbine manual control rod — Inox 410

Steam turbine manual control rod — Inox 410

Material
Inox 410
Part
Control rod
Application
Steam turbine
Output
Delivered part
Food extruder — process parts in Inox 304

Food extruder — process parts in Inox 304

Material
Inox 304
Application
Food extruder
Drawings
Multi-view
Compliance
Hygienic
Turbo expander flange head bolt — Inox 410

Turbo expander flange head bolt — Inox 410

Material
Inox 410
Part
Flange bolt
Production
Batch
Inspection
100% batch
Turbo expander blade — Waspaloy

Turbo expander blade — Waspaloy

Material
Waspaloy
Part
Turbo blade
Model
Parametric
Validation
PMI
Subcontracted manufacturing — turbo expander blades

Subcontracted manufacturing — turbo expander blades

Process
5-axis CNC
Part
Turbo blades
Management
TASNII
Output
Batch delivered
Let's talk about your project

Describe your need. We respond within 24 hours.

Quick study, technical audit, urgent intervention, OEM supply — one single point of entry.