Core Advantages


Along with component details data, all the required scanning data is collected by our experienced team, and scanned data to solidmodel with the system softwares to get 3D model done.

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Software & Tools

We adopt scanner device for collecting details of component and Solidworks, AUTOCAD3D and Siemens NXR for converting to 3D model.

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Standards & Compliance

We offer this Reverse engineering service in compliance with as per ASME (American Society of Mechanical Engineers)standards.

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3d reverse engineering

Other Offerings

2D Manufacturing Drawings

2D drawing is a drawing that represents in only in X and Y-axis. More simply, a 2D drawing is flat and has a width but no ...

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P&ID Drafting & Designing

Piping and instrumentation drawing or P&ID Drawing is used to describe the total engineering process like from the source (Machine/Equipment) to ...

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Fire Escape Floor Plans

Fire Escape Floor plan is one of the foremost providers of CAD services forget the people provide security and safety during working ...

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3D Isometric Manufacturing Drawings

3D or Isometric drawings means showing an object in 3axis (X, Y &Z) result in the replication of the exact designed ..

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Lean Simulation

A simulation methodology followed by the world class manufacturing units. Lean manufacturing has been a best practice across the globe ...

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3D Plant Simulation

Either Green field or brown field project, the best practice of the industry is to simulate the system well before investing in it. Visualising a plant or ....

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Process We Followed

Data capture and pre-processing:

Data capture and pre-processing: The 3D acquisition can be accomplished by using several devices. In the past, many 3D acquisition technologies (e.g., tomography, photogrammetry, CMMs, laser scanning) were developed and used in RE. Each of them has its strengths and limitations regarding accuracy, accessibility to the surface of the target, easiness of use, surface requirements, illumination, cost. Later Segmentation is the process of subdividing the acquired desired model or point cloud into separate regions of triangle/points, under some geometrical criteria.

Modeling: generation/fitting of analytical surfaces

3d scanner product development

Generation and fitting of surfaces arethe most important step of the whole presented framework, as the obtained results may differ significantly depending on the strategy chosen to perform this task. Various methods deal with this problem from a different perspective, providing results that differ in the type/format of the obtained CAD model, in the affinity of the result to the desired/original model and other relevant aspects (e.g. compliance of geometric constraints, time required to build the model and readiness of the obtained digital representation for downstream applications). Results in the available data for creation of 3D model in obtained for designing.

A noticeable example of a CAD system equipped with a high-quality suite of RE tools is Siemens NXR a basic segmentation tool and Solidworks, the capability of fitting primitives and freeform surfaces to mesh data and a useful deviation tool to evaluate the differences between the reconstructed CAD model and the original data are provided to the user. In addition, Siemens NXR instruments allow the creation of mesh-guided 3D splines and the generation of cross sections of the mesh that can be used as reference to create 2D sketches. Proving the high interest in RE problems shown by producers of traditional CAD systems, Autodesk Inventor supplies new RE oriented tools starting from the latest version (Autodesk Inventor 2017R that helps for the designing of 3D reverse engineering model. The novel capabilities consist of an improved handling of mesh data, fitting of primitives (i.e. planar, conic, sphere and torus surfaces) and the imposition of constraints between mesh and solid models .

More Features

laser scanning technology

You just visited the righ company at right time. Your search for the reliable reverse engineering consultant ends here.

VB Engineering the worlds top reverse engineering consultant, has solved the burning and most challenging problems of our clients with cost effective solutions using 3d scanning reverse engineering technology. Our reverse engineering in mechanical sector is not just limited to the component or product design we also offer the manufacturing assistance for the product and provide a turnkey solution. Our methodology of reverse engineering services are defined as the art of replicating an object, artifact or 3d reverse engineering software with lost document in order to reveal the secrets of design, material, specifications, functions or reverse engineering tools. Our process of Reverse Engineering Consultancy includes taking a system or component conventionally or with help of 3d scanner and then understanding its structural and functional aspects by analyzing the detailed CAD data of the component taken under consideration in 3d scanning reverse engineering services software. Our Reverse engineering services process also involves digital measuring of component using digitized optical 3d laser scanners (noncontact type or tools for 3d scanner for reverse engineering) or CMM’s (contact type) and then creating a 3D model from the point data obtained using CAD/CAM/CAE or other 3d reverse engineering software. Our Reverse Engineering is found to be an effective method in case where design modifications have to be imparted in a product whose original CAD model is not available, need to implement a laser scanning technology. It also plays a vital role in wear inspection processes of complex shapes which are if done manually in reverse engineering in mechanical sector are found to be very complex, time consuming and costly. Hence main objective of reverse engineering process is to reduce lead times using 3d scanner so that the manufacturing time can be reduced automatically with 3d scanning reverse engineering services of VB Engineering.

Our reverse engineering process contains three major steps which are used to extract knowledge about the design, material, structure, surface qualities, and working conditions of the product etc which make us stand on the top among the other reverse engineering companies. The procedural steps are defined as scanning phase(using 3d scanner for reverse engineering), point processing phase and solid modeling (reverse engineering tools). With our rich experience in reverse engineering we have been incorporated in appropriate reverse engineering mechanical design and manufacturing engineering standards and multiple realistic product constraints with broad knowledge in multiple disciplines such as:

  • Applying knowledge of mathematics, engineering, and science in data analysis and interpretation using 3d reverse engineering technology (3d laser scanner).
  • Using techniques, instruments, and tools in reverse engineering applications, conducting appropriate experiments and tests to obtain the necessary data in 3d reverse engineering.
  • Identifying, formulating, and solving issues related to reverse engineering using laser scanning technology.
  • Understanding legal and ethical responsibilities pertinent to reverse engineering.
  • Assessing and evaluating documents and fostering attainment of objectives of a reverse engineering project.

Reverse engineering process contains three major steps which are used to extract knowledge about the design, material, structure, surface qualities, and working conditions of the product etc. The procedural steps are defined as scanning phase using 3D scanner, point processing phase and solid modeling. Now a days most of the engineering companies using this reverse engineering method by engineering tools to get designing of product design with knowing the procedure of manufacturing. Reverse engineering process contains three major steps which are used to extract knowledge about the design, material, structure, surface qualities, and working conditions of the product etc. The procedural steps are defined as scanning phase, point processing phase and solid modeling.