3D technology to support industrial equipment deployment

Installing industrial equipment in operational plants demands absolute precision. Small dimensional deviations can lead to interferences, assembly delays, and increased implementation costs. This is why digital capture technologies are becoming essential tools for modern industrial projects.

To achieve this, MSE Engenharia provided Laser Scanning, point cloud generation, 3D modeling, and compatibility services for the Bühler Group, supporting equipment implementation in various industrial units in Brazil and Argentina.

The work was carried out in the cities of Moreno (PE), Lucas do Rio Verde (MT), São Paulo (SP), and Tres Arroyos, ensuring a reliable technical foundation for planning and executing the interventions.

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The greater the complexity of an industrial plant, the more crucial precise information becomes for decision-making.

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Digitizing Facilities to Reduce Implementation Risks

Before installing new equipment, it is crucial to accurately understand the real conditions of the existing infrastructure.

Using three-dimensional scanning, MSE Engenharia captured millions of points from the analyzed areas, creating a detailed digital representation of the industrial environments.

This methodology allows for early identification of potential conflicts between existing equipment, structures, and systems, thereby reducing risks during on-site execution.

Key benefits include:

• Greater dimensional accuracy
• Reduced interferences
• Improved assembly planning
• Less rework needed
• Enhanced safety during interventions

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Designing based on real data is one of the most efficient ways to increase the predictability of industrial projects.

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From point cloud to 3D modeling

After the survey phase, the captured data was processed to generate the point cloud and subsequently develop the 3D models.

3D modeling enabled the virtual reproduction of existing industrial plant conditions, creating a working platform for technical analyses, assembly planning, and validation of proposed solutions.

In addition to facilitating space visualization, the models serve as a strategic tool for coordination among engineering, fabrication, and assembly teams.

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3D modeling transforms complex information into more rapid and decisive decisions.

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Integration for equipment and infrastructure

In industrial projects, integration is a crucial step to ensure all systems function in an integrated manner.

Using the digital models developed from the scanning, it was possible to check for interferences, validate positioning, and optimize the installation of Bühler's new equipment.

The scope of work included:

• Laser Scanning
• Point Cloud
• 3D Modeling
• Multidisciplinary Integration

This approach contributes to a more efficient implementation, reducing operational impacts and increasing the reliability of engineering solutions.

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Aligning means anticipating challenges and solving problems before they reach the field.

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Digital engineering for high-performance industrial environments

MSE Engineering's involvement in this project reinforces its expertise in applying digital technologies for the industrial sector, utilizing tools that enhance the precision, productivity, and safety of projects.

By supporting the implementation of Bühler industrial equipment across various production units, the company contributes to expansion and modernization processes built on reliable information, interdisciplinary integration, and high-precision engineering.

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The digital transformation of industry begins with the ability to understand, model, and plan the environment before execution.