Many industries today take advantage of dimensional control in measuring components, structures, and systems. Dimensional control, after all, can carry out measurements of the said things accurately. It also makes sure that the required specifications and standards of industries are met. Some industries that utilise dimensional control are the construction, fabrication, engineering, and manufacturing industries.
The process of dimensional control starts with the design process wherein computer-aided design or CAD software is utilised to generate three-dimensional or 3D models of the components or systems. These models are then checked and verified for accuracy through dimensional control techniques. Any errors and discrepancies in the design, fabrication, and assembly process are expected to be reduced significantly with dimensional control.
In construction and fabrication works, dimensional control can be maximised in many applications. Some of its applications are as follows.
General Design
During the design phase of a project, dimensional control can ensure that the design will be accurate and feasible. Using compatible CAD software, a professional can create 3D models of the project. The 3D models are then checked and verified for accuracy and feasibility using dimensional control techniques. This process can help identify and resolve any potential design issues before the construction or fabrication process commences.
Fabrication Phase
Dimensional control is not only useful during the design phase, but it can also be used during the fabrication process. Through this process, it can make sure that the components are manufactured to the required specifications. Dimensional control can only be successful once precision measurement tools such as laser scanners, digital levels, and coordinate measuring machines are utilised. With these tools, professionals can check the dimensions of the components at various stages of the fabrication process like cutting, bending, and welding.
Assembly Stage
During the assembly phase of a project, dimensional control must be maximised to ensure that the components are assembled correctly and accurately. This process can be carried out by using alignment tools like jigs and fixtures. These tools can help align and position components correctly. Dimensional control during the assembly stage also involves using laser trackers and total stations, which can likewise check the positioning of the components during this stage.
Quality Control
Dimensional control plays a crucial role in quality control in construction and fabrication projects as it can ensure that the final product meets the required specifications and standards of industries. It involves the use of dimensional control techniques to check the dimensions and tolerances of the components and assemblies. Non-destructive testing techniques like ultrasonic testing and X-ray inspection are often used to check for defects in the components.
Maintenance and Upkeep
Ultimately, dimensional control is used in maintenance and repair projects to ensure that the components are replaced or repaired accurately. Various dimensional control techniques are used during this phase to check the dimensions of the components before and after repair or replacement. It also involves using alignment tools so that the components are positioned correctly during the maintenance and upkeep process.
Dimensional control ensures that the accuracy and quality of construction and fabrication projects will be retained. Through the use of dimensional control techniques and tools, experts can help identify and resolve potential issues before they become major problems, saving business owners time and money in the long run.
