The Impact of BIM on the Supply Chain of a Project

impacto positivo de BIM en la cadena de suministro

As we already know, the BIM methodology has a number of benefits in improving project efficiency, visualization, and centralizing information. One of the less mentioned aspects is that this working model also has a positive impact on inventory management and procurement logistics.

By having a complete BIM model, a team of professionals can project the necessary inputs for more precise material procurement, avoiding losses that reduce project efficiency. Likewise, this will allow us to easily track the flow of materials from acquisition to installation at the workplace and determine if there are leaks to take necessary measures at the site.

A useful example of a good practice in a BIM model is to include detailed information about material suppliers, delivery times, and storage locations on site. This allows the project team to plan ahead and efficiently coordinate material delivery to avoid construction delays.

Furthermore, BIM models help us optimize inventory management by accurately forecasting material needs. By analyzing the quantities and expected delivery dates in the model, project managers avoid over-purchasing materials, reduce costs associated with storage, and manage inventories more accurately.

Finally, the BIM methodology not only improves the accuracy of design and planning in the construction industry, but also optimizes inventory management and logistics, resulting in a more efficient and cost-effective supply chain for construction projects. Avoid errors in your models with Acero Estudio’s BIM consulting service, we are at your service.

Is it possible to use 3D Laser Scanning in infrastructure monitoring?

es posible utilizar el escaneo laser 3d en el monitoreo de infraestructuras

3D laser scanning makes it possible to collect accurate and detailed data on the condition of buildings, bridges, roads, dams and other important structures. It is normally used to generate three-dimensional models of these constructions; But another of its utilities and applications is to accurately evaluate the state of infrastructure, which allows engineers and project managers to make informed decisions on aspects of maintenance, repairs and improvements.

3D laser scanning in infrastructure monitoring

This feature is due to the ability of 3D laser scanning to obtain millions of data points that represent the surface of a structure with millimeter precision. With this precise information, engineers will have a detailed and accurate picture of the condition of the infrastructure, allowing them to identify even the smallest changes in geometry and structural integrity.

This level of precision in the capture and compilation of information will allow the engineers in charge of maintaining the structures to carry out precise monitoring of critical areas and components, for example in bridges, hydroelectric plants and other works of great importance.

Lower risks for workers

One of the importance of this type of measurements and monitoring with the 3D laser scanner is that it reduces the risks for workers who often must enter complicated areas of the structures to carry out measurements.

Another significant advantage of 3D laser scanning is its ability to detect changes in the condition of an infrastructure over time. By performing periodic scans of a structure, engineers can compare data to identify any deformation, deterioration or movement that may anticipate potential problems. This allows early detection and the performance of preventive or corrective maintenance that avoids costly interventions in the infrastructure.

As we see, the 3D laser scanner is an important and powerful tool for monitoring infrastructure and also construction projects. Contact Acero Estudio, a company specialized in performing 3D laser scans; we are at your service.

Improving sustainability, the 3D laser scanner, in construction projects

cloud of dots generated by 3d laser scanner

One of the global concerns in all sectors is to look for new ways to reduce the environmental footprints of each company’s activities and improve the efficiency of its projects. In this regard, our 3D laser scanning services offer an innovative solution to promote sustainability at all stages of construction.

1. Waste Reduction

The first benefit offered by Acero Estudio’s 3D laser scanning service is the reduction in material waste. By creating accurate digital models of construction sites and existing structures, we minimize manual measurements and errors that lead to purchasing or overproducing materials. This feature not only reduces costs associated with waste but also conserves natural resources and, in the process, generates greater efficiency for the company.

2. We Generate Energy Efficiency

By creating detailed digital models of existing buildings and facilities it is possible to identify opportunities to improve energy efficiency. A better design can lead to better use of air conditioning flows, the best arrangement of elements to avoid heating or reduce heat loss depending on what each project requires. Additionally, our 3D generated models can be combined with BIM to make projections regarding the best use.

3. Facilitates Sustainable Urban Planning

Urban planners and urban planners make use of precise digital models that will help them create more sustainable cities and resilient to climate change. This could involve identifying green areas for conservation, planning efficient public transport routes and creating urban spaces that encourage social interaction and quality of life for residents.

Based on these points, we can determine that integrating innovative technologies such as 3D laser scanning improves efficiency, reduces environmental impact and guarantees long-term viability in your construction projects.

Contact us today and learn more about our 3D laser scanning services. We are at your service.

Advanced Uses of the 3D Laser Scanner for Construction

3D Laser Scanner technology is another important advance that is used in architecture, construction and even surveying. This important tool allows us to generate a 3D representation in the form of a point cloud with great realism, sharpness and detail.

Below we will learn about some uses of the 3D laser scanner.

Construction documentation: The 3D laser scanner allows us to achieve a detailed capture of the current conditions of a structure, whether it is a building, monument, infrastructure, etc. This is crucial for renovation and restoration projects where detailed knowledge of the environment and the structure to be worked on is required.

Quality control: The laser scanner is also used to monitor the progress of a construction or engineering work with the purpose that the execution conforms to the plans and projections, avoiding errors that may imply risks for the project or delays in it.

Building Information Modeling (BIM): Through tools such as Scan-to-BIM, the 3D laser scanner, allows us to create BIM models of existing buildings in less time. Having BIM models is especially useful for proper construction management, not only in the execution phase but also in the maintenance phase.

Topographic surveys: Although topography is a service that usually uses other tools, the 3D laser scanner provides us with fast, efficient and precise tools to carry out topographic surveys with a high level of detail.

Documentation of structural elements: In complex or historical structures where the documentation is incomplete or non-existent, the 3D laser scanner allows us to generate the appropriate documentation of the building.

Structural Damage Analysis: Provides valuable data for structural evaluation and planning of repairs or reinforcements.

Planning of facilities and services: In remodeling projects, the 3D laser scanner helps us in planning new facilities and services, ensuring that they are properly integrated into the existing space.

Integration with augmented reality: Data captured with the point cloud can be used to create augmented reality experiences that help visualize finished projects.

Traffic flow simulations: Knowledge of an area helps us analyze and simulate the flow of traffic, people and equipment in a space, optimizing the design and operational efficiency of structures.

Preservation of historical heritage: The 3D laser scanner allows us to document historical buildings and preserve these detailed models to be used in faithful restorations and heritage maintenance.

As you can see, the 3D laser scanner has the ability to capture detailed real-world data and convert it into digital models. This technology not only improves efficiency and precision in various construction processes, but opens new possibilities for innovation in design and project management. Contact Acero Estudio and learn more about our 3D laser scanning service.

Topography in the Wind Generation Industry

topografia para centrales de generacion-electrica

The growing concern for clean electricity generation sources means that wind energy generation continues to experience significant growth. For these reasons, the construction and installation of wind energy projects are works of great importance both for the investments they represent as well as for the benefits they bring to the cities they supply.

Obviously when it comes to wind, wind power plants must be installed in places where there is a deep understanding of the terrain. In this context, topography, together with advanced technologies such as aerial photogrammetry, BIM and 3D laser scanning, play a fundamental role in optimizing the installation of wind farms.

Efficient Design Depends on Accurate Data

Topography provides us with detailed information about the shape of the land, elevations, slopes and geological characteristics. Integrating this information with techniques such as photogrammetry allows for the creation of accurate three-dimensional models of the site, facilitating the design of efficient wind farms. The combination of topographic data and 3D models ensures a complete understanding of the environment, resulting in an optimized design of the turbine layout and its height to maximize wind capture.

Identification of Obstacles and Risks

3D laser scanning has become an essential tool for identifying potential obstacles in the terrain, such as buildings, vegetation and geological structures. This level of detail not only helps avoid problems during the construction phase, but also minimizes operational risks throughout the life of the wind farm. Anticipating and mitigating potential challenges contributes to the long-term safety and profitability of the project.

Project Planning and Management

The implementation of BIM in wind energy projects allows for comprehensive and efficient information management. From the design phase to construction and operation, BIM facilitates collaboration between different disciplines, improving coordination and reducing errors. Topography, when integrated into BIM models, offers a holistic vision of the project, improving decision making and optimizing resources.

Likewise, with the integration of 3D laser scanning and BIM (ask about our BIM consulting service) we can integrate simulations into the generated model that help us anticipate potential risks that affect the performance of the wind farm, such as the construction of surrounding buildings, etc.

In summary Acero Estudio‘s specialized focus on geography, architecture and construction analysis technologies allows your company to benefit from the integration of advanced technologies that will reduce risks, improve the economics of the project and guarantee its sustainability.

How 3D Laser Scanning Revolutionized Architecture Projects

modelo de edificio historico generado por el láser escaner 3d

The continuous advancement of technology has radically transformed the way in which architectural projects are planned and carried out. One of the most important technological advances in recent times is without a doubt the 3D laser scanner.

This important tool improves efficiency in digital modeling efforts but also redefines precision in the design and construction of structures in critical areas that previously required intensive use of personnel.

Use of the 3D Scanner in the Renovation of Historical Heritage

3D laser scanning plays an important role in the renovation of historic buildings, where preservation of the original architecture is essential. The use of this important tool allows the machine to capture details not visible to the naked eye, helping to generate an exact model of the architectural elements.

Urban planification

The demographics of cities and their growth mean that urban planning faces new, increasingly complex challenges. In these cases, precision and space optimization are essential. 3D laser scanning together with other techniques such as photogrammetry with drones and techniques such as Scan to BIM (learn about our BIM Consulting service) has proven to be very useful.

The ability to capture three-dimensional information in real time speeds up decision-making and contributes to a more efficient and functional urban design.

Building Construction

In the construction sector where labor is intensive, companies seek to improve efficiency without affecting labor aspects; That is why the use of techniques such as the 3D laser scanner together with the BIM methodology are mandatory to achieve efficiency and speed.

3D laser scanning not only allows a quick, objective and detailed inspection of the works but, combined with various software, offers the early detection of possible structural problems, guaranteeing exceptional safety standards.

escaneo laser 3d de gran calidad
In addition to the indicated benefits, our equipment allows you to achieve high-quality scanning for your projects.

Interior design

For interior design projects, the 3D laser scanner paves the way for unrestricted creativity. This feature allows designers to accurately visualize their ideas with better aesthetic and practical functional results.

Now that you know more clearly the advantages and benefits of the 3D laser scanner, do not hesitate to contact us, our sales team will provide you with the best information to achieve spectacular results in your project. We are at your service.

Our 3D Laser Scanning Process using the Faro Focus Laser

cloud of dots generated with 3d laser scanner

When it comes to preserving and analyzing a historic building, the 3D laser scanning process has become an indispensable tool. Using the FARO Focus 3D laser scanner, our method focuses on creating an accurate and detailed point cloud that serves as a digital record of the current state of any historic building.

The process begins with strategic site planning. We determine the best scan points to maximize coverage and minimize obstructions. Thanks to the FARO Focus’s ability to reach up to 350 meters, we can cover wide areas from strategic positions, resulting in more complete coverage with fewer equipment movements.

Contact Acero Estudio and know more about our services.

The 3D Laser Scanner: Capturing the world in a point cloud

El Escáner Láser 3D La captura del mundo en nube de puntos

The 3D laser scanner, one of Acero Estudio’s services, has a remarkable capacity to generate precise and detailed point clouds, playing an essential role in a wide range of applications in construction and architecture. Let’s learn about the features of the 3D laser scanner, its advantages and the reason for its nickname, the “point cloud scanner.”

What is the 3D Laser Scanner?

The 3D laser scanner is a device that uses a laser to emit pulses of light that hit the surfaces of objects and structures in their environment. By measuring the return time of light to the scanner, the device precisely calculates the distance between it and objects, collecting this data in the form of thousands or even millions of three-dimensional points, in a process called “laser scanning.”

Benefits

One of the main advantages of this technology lies in its ability to capture extremely precise details of objects and environments. Each point in the point cloud represents a specific location in space, enabling a highly detailed representation of the scanned object.

The 3D laser scanner can generate point clouds at impressive speed, allowing efficient scanning of large areas or complex structures in a short period of time, increasing efficiency in large projects.

Unlike conventional measurement techniques, 3D laser scanning is non-intrusive and does not require physical contact with the scanned objects, making it particularly useful in applications where preserving the integrity of the structure is essential.

It can be used in a variety of applications. In construction to capture buildings and land, and in architecture to document and represent constructions, among many other applications.

Why has it been called “Point Cloud Scanner”?

It is due to the nature of the data it offers. These three-dimensional points make up a “cloud” in space, analogous to a constellation of stars in the night sky. This point cloud houses detailed information about the shape and location of objects, serving as a basis for the creation of high-precision three-dimensional digital models.

Now that you understand the benefits of the 3D laser scanner, including its exceptional accuracy, capture speed, application versatility, and ability to work in hazardous environments, we invite you to contact us to request a quote for our services. We are at your disposal to provide you with the best solution.

Warehouse refurbishment and 3D laser scanning

warehouse almacen o nave industrial

With our experience in 3D laser scanning service we provide our client with the necessary information for the ideal location of their new warehouse facilities to store online purchase/delivery products.

Our mission was to provide precise information to evaluate how they could, with their means and facilities, allow the workflow of goods – for heavy vehicle access and general loading or unloading.

We help determine if a retrofit for this warehouse location could meet your requirements and generate the graphical information necessary to visualize existing conditions and solutions.

We carry out the survey of the 2D levels with a detailed study of the exterior, using a total station with global satellite navigation systems. Followed by taking 3D laser scanner data to generate a cloud of internal and external points of the place. Lastly, we performed 3D modeling where the collected data was analyzed to generate exact geometric shapes.

As a result, our client was able to make decisions quickly and accurately, resulting in notable savings in costs and time.

Another important point valued by the client was being able to verify both compliance with security requirements and evaluate the scope of actions and work flows.

Consult about our services. Our team can help you manage your projects optimally and at a higher level with the use of cutting-edge technological tools.

Remember that at Acero Estudio, a company specialized in 3D laser scanning, it provides various services dedicated to reducing construction, engineering or architectural risks such as:

Contact us and request a quote for our services, we are here to assist you.

The 3D laser scanner like never before seen

robot 3d laser scanner

Capturing the environment using a 3D laser scanner sometimes becomes an arduous task due to difficult access to certain locations.

FARO has integrated its 3D laser scanner with Boston Dynamics’ Spot robot for autonomous point cloud capture. This integration focuses on automated capture and its main advantage is the increase in efficiency and data analysis in real time as well as the ease obtained when reaching areas of difficult transit for people.

“Our construction customers need turnkey solutions for autonomous documentation and analysis on the jobsite. Boston Dynamics’ strategic alliance with Trimble has allowed us to collaboratively build that solution by combining our strengths in robotics and construction, respectively”

– Brian Ringley, Director of Building Products at Boston Dynamics

Without tools like these, scanning has never been easier. The combination of FARO and Boston Dynamics allows us to document changes on site in the moment and make important decisions in the field, rather than waiting hours or potentially days for information to be transmitted to our project staff.

At Acero Estudio, a company specialized in 3D laser scanning, we like to stay up to date with all the latest developments in the sector and we don’t miss a single one!

Learn more about Acero Estudio services dedicated to reducing construction risks such as:

Contact us and request a quote for our services, we are here to assist you.