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X-ray CT improves all stages of product life cycles in the industrial sector
X-ray Computed Tomography is the most advanced technology for 3D inspection. As a nondestructive imaging technique, it operates at all stages of the product life cycle. As a powerful 3D method, it offers a significant advantage for various industries because of its ability to reveal hidden details of parts. Thus, getting a perfect insight into the invisible features of parts allows to capture, investigate, measure & analyze internal and external structures of components in a nondestructive way.
The development of a new product can easily be time and cost-consuming. To speed up the launch and be sure of the product, CT is used to provide immediate scanning data and characterize materials’ microstructure.
Testing out different design ideas includes new and innovative methods but also the use of reverse engineering for existing part geometries. Shaping complex structural components are always easier thanks to 3D rendering and measurement meets expectations.
Computed Tomography is also mainly used as a tool to validated engineered design. The product integrity is inspected to ensure the stability of the components to assemble and their efficiency. Getting all the scanning data before testing the prototypes, gets you important information and saves time.
Checking out the newly manufactured product before launch is now an easy task with CT: no need to cut your sample, CT is a nondestructive technology giving you the option to keep precious information and not ruin your parts. Comparing the expected results with the outcome gives you a better
Although CT is traditionally used in labs, during the last ten years it has become an important tool for what we call Inline CT (a computed tomography technique used for production). This means that monitoring production means detecting defects, porosity, inclusions… at the same time your manufacturing process keeps on operating. This gives you immediate feedback on your parts to optimize the production process.
CT controls effectively all components features and not only reduces consistently the time to market for your products, but it also saves money by avoiding unwanted damage to the product. Figuring out your parts' issues and their performance is quickly determined with CT by going beyond monitoring.
With CT, you will inspect and analyze flaws in a nondestructive way to determine defect origins. Guaranteeing product liability won’t be challenging with CT as the root of your products’ problem is detected to its root.
RX Solutions offers complete and powerful X-ray CT systems with the finest level of detail: resolution down to submicron level, covering both industrial and academic applications.
The Neoscan N80 is a high-performance micro computed tomography (micro-CT) system designed for a wide range of research and industrial applications. Some of its key advantages include:
High Resolution Imaging: The N80 can achieve resolutions down to 2 microns "true" low contrast resolution, allowing for detailed 3D visualization and analysis of microscale structures and features.
Versatile Sample Handling: The system accommodates a variety of sample sizes, from small specimens just a few millimeters across up to larger samples up to 100mm in diameter and up to 130mm in length. This makes it suitable for imaging everything from biological samples to engineered materials.
Fast Scanning: Rapid scan times, as low as 15 minutes for some samples, enable high-throughput analysis and time-series studies.
User-Friendly Software: The intuitive Neoscan software provides a streamlined interface for setting up scans, reconstructing 3D data, and performing advanced visualization and analysis.
The Neoscan N70 is a high-performance micro computed tomography (micro-CT) system designed for advanced 3D imaging and analysis. Some of the key advantages of the N70 include:
High Resolution: The N70 can achieve resolutions down to 4 microns "true" low contrast resolution, enabling detailed visualization and quantification of microscale features and structures.
Large Field of View: With a maximum sample diameter of 100mm and length of 120mm, the N70 can accommodate a wide range of specimen sizes, from small samples up to larger objects.
Fast Scanning: Rapid scan times, as low as 15 minutes for some samples, allow for efficient, high-throughput analysis.
Flexible Sample Handling: The system supports a variety of sample holders and fixtures to securely mount different types of specimens.
User-Friendly Software: The intuitive Neoscan software provides an integrated platform for scan setup, 3D reconstruction, visualization, and advanced data analysis.
The N70's combination of high spatial resolution, large field of view, rapid scanning, and user-friendly software make it a versatile micro-CT imaging solution for a wide range of scientific and industrial applications. Its performance and capabilities allow researchers and engineers to gain unprecedented insights into the 3D structure of materials and biological samples.
The Neoscan N60 is an afforable micro computed tomography (micro-CT) system designed for advanced 3D imaging and analysis. Some of the key advantages of the N60 include:
X-Ray Source: up to 65 kV
Spatial Resolution: The N60 can achieve resolutions down to 8 microns "true" low contrast resolution, enabling visualization and quantification of many day to day specimens - showing microscale features and structures.
Large Field of View: With a maximum sample diameter of 19/36mm and length of 60mm, the N60 can scan many different samples - such as teeth, tablets, carbonate, electronics, food samples.
Fast Scanning: Rapid scan times, as low as 15 minutes for some samples, allow for efficient, high-throughput analysis.
Flexible Sample Handling: The system supports a variety of sample holders and fixtures to securely mount different types of specimens.
User-Friendly Software: The intuitive Neoscan software provides an integrated platform for scan setup, 3D reconstruction, visualization, and advanced data analysis.
The N60's affordable price and user-friendly software make it a micro-CT imaging solution for selected scientific and industrial applications. Its performance and capabilities allow researchers and engineers to gain unprecedented insights into the 3D structure of materials and biological samples.
