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Scanning Solutions
for Your Industry
Aerospace
The aerospace industry has been relying on CT scans for years to help improve the design and manufacturing processes of their products. CT scans provide detailed and precise images of internal structures, allowing engineers to identify flaws, defects, and other imperfections. This helps to ensure that the aerospace products they manufacture meet strict safety and regulatory standards, minimize the risk of potential failures, and enhance the performance of aircraft and spacecraft. CT scans are also used for maintenance and inspections, providing valuable information that enables operators to identify and address potential issues before they escalate into costly and catastrophic failures.
Welds
The welding industry has been using CT scans for years to help improve the quality of their welds. CT scans provide a non-destructive testing method that allows for the inspection of welded components without damaging them. CT scanning can detect and locate small defects such as cracks, inclusions, and porosity that may not be visible to the naked eye, helping to prevent potential failures. CT scanning also allows for accurate measurements of weld penetration and sizing, providing valuable data for further analysis and calibration. By using CT scans, the welding industry can ensure the quality and safety of their products while reducing costs and production time.
Castings
For years, the casting industry has been utilizing CT scans to improve the quality of their products. CT scanning provides a non-destructive method of inspection, allowing for the detection of small defects, such as inclusions, shrinkage, and porosity, within the casting. This information is critical in ensuring the quality and reliability of the product, as defects can cause structural damage and even failure. CT scans also allow for accurate measurements of the thickness, density, and morphology of the casting, providing valuable data for analysis and improving the fabrication process. By implementing CT scanning into their workflow, the casting industry can improve product quality while reducing rejection rates and enhancing safety.
Government/Military
The government Military industry has benefitted from the use of CT scans for years. The technology has allowed for non-destructive evaluation of military equipment, including artillery systems, armored vehicles, and aircraft. CT scans provide a detailed view of the internal components, making it possible to determine if there are any issues or defects that could compromise safety and performance. It allows for faster and more accurate diagnosis, enabling technicians to address issues more efficiently. CT scans also help to reduce the cost and time of repairs by facilitating early detection of problems. By incorporating CT scanning into their maintenance and evaluation processes, the military can improve safety, extend the life of equipment, and maintain readiness.
Medical Devices
For years, the medical devices industry has been relying on CT scans to improve the quality and effectiveness of their products. CT scanning technology provides a non-invasive method to evaluate the internal components of medical devices, such as implantable devices, stents, and prosthetics, ensuring that they meet safety and performance standards. CT scans provide in-depth and precise measurements of components, allowing technicians to detect even the smallest defects in the devices. This information is extremely valuable in improving the design, quality, and reliability of the medical devices. The use of CT scans can reduce the cost and time associated with developing and manufacturing the devices, leading to wider availability and affordability. In short, the CT scans help the medical devices industry to achieve their goal of providing effective and safe products that improve patients' lives.