Top Three Latest Trends of Architectural BIM Services
Building Information Modeling (BIM) project development is growing in the architectural, engineering, and construction industries (AEC). Market Research estimated that the market for BIM would be worth $5.20 billion in 2019 and $15.06 billion by 2027. The main goal of using BIM software is to improve project performance and yield superior results. It makes it possible for professionals from many industries to collaborate effectively for the greatest outcomes.
New Trends of Architectural BIM Services:
The future of BIM projects is being shaped by a number of cutting-edge trends.
● Improved 3D printing: A few applications for 3D printing technology include rapid prototype at specialist design firms, small-scale manufacture by designers or engineers, and initial field tests in typically one-story buildings. Three 3D printing processes—Stereolithography (SLA), Selective Laser Melting and fused deposition modeling—are routinely used. The concept of additive manufacturing is the foundation of most of these technologies. The type of material utilized or the method of material combination are the sole differences. While BIM and 3D printing are employed, it takes a lot less time to develop a variety of drawings, plans, and models.
This is due to the longer design process required by BIM software. Moreover, BIM software permits greater customization and significantly speeds up the construction of more complex buildings. Every structural element and piece of geometry is documented and tested in a digital 3D model before being used in BIM. After acceptance, data is immediately transferred to the 3D printer. As a result, there are fewer phases in the construction process. As a result, BIM makes it possible for you to produce incredibly accurate designs.
● High-Tech 3D Laser Scan: A 3D laser scanner allows you to take numerous measurements of a structure, including its shape and look. The scanner then converts the data into points that can be entered into BIM software. The advantages of 3D laser scanning are numerous. When information is recorded far more quickly than people, it saves time. Due to the automatic nature of its data collection, it is impervious to human error (which can often cause delays in projects). A popular use for 3D laser scanning is drone surveying. This makes it possible for you to ascertain the distance between points and where they are in both 2D and 3D. Drones can quickly collect data from locations that are challenging for people to access.
● Prefabricated Construction: The prefabrication process involves two main steps. At the construction site, a structure's component elements are first assembled. These parts or subparts then go to the construction site. Prefabrication reduces construction costs by saving on labor, supplies, and time. BIM software is crucial for prefabrication. For example, prefabricated parts that will fit together on the installation site are simple if case of a BIM model.
BIM generates incredibly precise models in a fabrication-level 3D file format that can directly activate CAM machinery. These machines then generate the components with outstanding precision, accuracy, and quality. Without Building Information Modeling, you would need to produce Computer Aided Manufacturing data for the manufacturer. At this later stage, the data can be erroneous. By using BIM, the likelihood of prefabricated components that don't fit properly during installation is reduced.
BIM projects are helping the AEC industry grow. A variety of trends will affect the direction of BIM in the future. Some of the top trends to look out include prefabrication, 3D laser scanning, and the usage of BIM in 3D printing. Contact Tejjy BIM consultants in the USA to learn more about architectural BIM services, 3D rendering services, or facade shop drawings.
