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3D Scanning by Engineers, at the best Price 

Get Your Plant Captured Accurately, As-Built

3D Scanning Services we offer in the African Region

Most Popular

3D Scanning is a modern tool for plant designing and wear analysis

3D Scanning is a tool that enables new possibilities for you: Existing buildings and process systems are recorded three-dimensionally by means of a laser scanner. This means that space coordinates accurate to the millimeter are available for new building work and conversions, allowing two-dimensional plans and three-dimensional models to be created.

Reduces Change Orders

High Accuracy

Reduces Rework

Time Saving

Your Advantages of 3D Scanning

  • Contactless Measurement Activity

  • Measure inaccessible heights or areas from a distance, accurately 

  • Precise documentation of the actual situation, in the shortest time

  • When designing plants, 3D models can be created using the data recorded, and can also be combined with this data

  • The data recorded allow custom-made planning and thus a reduction in stoppage times and costs

  • Wear measurement by means of laser scanning helps to optimise service lives and ongoing monitoring

3D Scan data can be employed in many ways

  • Get Accurate As Built Drawings

  • Get 3D Point Cloud of your Asset

  • Use Point Cloud to create a Solid Workable 3D CAD Model of your plant

  • Superimpose New designs over 3D Point Cloud Model (The Scanned Area)

  • Check for clashes when adding new designes to your plant

  • Conduct a Structure Analysis

  • Monitor Structure Integrity 

  • Use the scan data to compile interactive services like BIM

  • Use scanned data for bulk flow analysis 

  • Finite element Analyses 

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Simplification of plant design with 3D Scanning

3D recording of the plant situation by means of 3D Laser Scanning considerably simplifies and reduces planning work . For the designing of plants, the data recorded can be used to create 3D CAD models , and interfering edges can be detected sooner .Time-consuming and personnel-intensive re-measurements are not necessary. Conversion parts can be accurately planned, manufactured and installed without major adaptation work. The risk of unplanned stoppage times is minimised . The contactless measurement method does not affect ongoing production and can record even inaccessible areas.

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