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REVERSE ENGINEERING
WITH 3D SCANNER
B&Z International uses a 3D scanning system that results in precise work, using a fully portable handheld laser scanner, which allows uniform scanning both in a difficult-to-reach region and in large-volume parts.
The most commonly used application for handheld 3D scanners is reverse engineering, a method of studying and learning from an object or process. In the industry, this practice is very common to find improvement points or even analyze competitive items.
This method should not be confused with copying something already created. Many developments came from reverse engineering, even with objects completely different from those that were analyzed.
The ability to capture organic shapes and difficult-to-draw objects in minutes has proven to be an invaluable tool for businesses and professionals alike. It is the latest technology that improves understanding and documentation of any environment, whether industrial, commercial, residential or complex. Using ultra-high-precision laser scanning combined with high-definition imaging, complete environments are captured quickly and in detail to create a digital 3D environment that can be explored, measured, simulated and annotated for a full understanding of the facility, with rich of detail impossible to achieve with traditional methods. That alone can save engineers hours.
The most commonly used application for handheld 3D scanners is reverse engineering, a method of studying and learning from an object or process. In the industry, this practice is very common to find improvement points or even analyze competitive items.
This method should not be confused with copying something already created. Many developments came from reverse engineering, even with objects completely different from those that were analyzed.
The ability to capture organic shapes and difficult-to-draw objects in minutes has proven to be an invaluable tool for businesses and professionals alike. It is the latest technology that improves understanding and documentation of any environment, whether industrial, commercial, residential or complex. Using ultra-high-precision laser scanning combined with high-definition imaging, complete environments are captured quickly and in detail to create a digital 3D environment that can be explored, measured, simulated and annotated for a full understanding of the facility, with rich of detail impossible to achieve with traditional methods. That alone can save engineers hours.
