In the industry of auto body repair and inspection, the term 'automated digital inspection' has been buzzing around for quite some time now. What exactly is it? Is it a new innovation or is it simply another tool used in the industry? Let us take a closer look to know what this process is all about.
Automated digital inspection is mainly carried out at the time of any collision or damage to the car by utilizing robotic repair systems. In layman's terms, robotic repair systems are sophisticated robotic arms that are used for precise repair work on cars. They make use of CNC machines to carry out the repairs without human intervention. This can be attributed to the ever-increasing acceptance of robotic technology in the automotive industry worldwide. With this technological evolution, a whole new era of repair work for cars was ushered in which was undoubtedly much safer than manual work.
Most importantly, this automated digital inspection process can be attributed to the ever-increasing need for effective vehicle maintenance. The need to uphold optimal vehicle performance standards and preserve the state of the road during the maintenance of vehicles has led to the adoption of new and improved pavement preservation practices. For instance, advanced vehicle tracking systems have enabled the detection of specific areas of vehicles and the repair of these specific parts of vehicles at the time of repair has become much easier. In fact, the new pavement preservation practices have helped in the reduction of unnecessary paving work by almost 25%.
Other benefits that are associated with quality inspection system include a reduction in the amount of down time for the customer when compared to traditional mechanical service centres. This is primarily attributed to the increased use of robotics in such service centres. It also helps in increasing the efficiency of such a service centre by reducing the number of down times of the robotic mechanic. Thus, the service centre is able to offer prompt services to its customers within the stipulated time.
This increased efficiency can be attributed to the increased use of automation in most cities. The use of robotic equipment such as robotic paving machines has reduced the manual labor required for the handling of paving materials in most cases. Moreover, the extensive use of automation equipment has led to a gradual increase in the productivity of the users of such equipment. Thus, the role of a robotic mechanical contractor or a pavement maintenance company becomes even more relevant when one takes into consideration the reduced rate of down time while employing such companies. Click for more detailed information on this topic.
However, the most important benefit of such an automated inspection process can be credited to the pavement maintenance companies that have adopted 3d imaging technology. As most cities have embraced the use of such 3d imaging equipment, it becomes imperative for the companies providing such service centres to adopt and maintain appropriate 3d imaging software. This is because most customers of such companies often do not possess high end computers and other sophisticated imaging hardware. Such software would allow such companies to provide enhanced images of damaged and dangerous pavements. Thus, a safe and hygienic environment can be ensured without causing any damage to the infrastructure. Find out more details in relation to this topic here: https://en.wikipedia.org/wiki/Inspection.
