An industry where quality is most critical
With metal castings being used in many different industries such as automotive, aerospace, and general mechanical engineering, the requirements for quality assurance are both exceptionally high and diverse. Safety-relevant parts such as aircraft turbine blades or light alloy wheels are usually subject to 100% testing. Comet Yxlon supports foundries in their aim to manufacture prime-quality casting products at competitive prices – and to prevent defects and downtime.
Comet Yxlon X-ray and CT systems are designed to meet the most critical aerospace and defense standards and ensure the safe, reliable inspection of aircraft parts and materials.
Applications of industrial X-rays in foundries
Verification of casting quality, e.g., blowholes and pores
Geometric measurement of inner structures
Wall thickness analysis
Inspection of joints in brake discs
Measurements of cooling channels in pistons
Evaluating flaws, ensuring material integrity
Typical foundry casting flaws can occur in all casting techniques that involve materials such as iron, aluminum, magnesium, or zinc – with a major impact on product quality. Just one example: If cavities are located just below the surface of the part, they may get opened by further processing such as milling, grinding, or cutting threads. Random inspections help verify the stability of the casting process and thus ensure the quality of the component.
Industrial X-ray or CT scanning? It’s all about material density.
The decision to choose an X-ray or a computed tomography (CT) system is independent of the type of casting process a manufacturer is using. However, the density of the metal, the size of the component, and its wall thickness play an important role in the energy needed. With energies ranging from 20 kV to 600 kV, Comet Yxlon systems for industrial X-ray and CT cover the inspection needs of a wide variety of applications and parts.
Seeing deeper: live-image X-ray inspections with HDR
Classical 2D fluoroscopic inspection has one limitation: It does not give concrete information about the depth position of the discontinuities. With the introduction of high dynamic radioscopy (HDR), Comet Yxlon has developed a method of live-image capable, digital image processing. HDR makes it possible to obtain a good estimate of the depth position while moving the component in the X-ray beam.
Adding perspective with computed tomography
In comparison with 2D X-ray inspections, computed tomography (CT) provides detailed 3D information about the internal structures of an object, showing the precise position, shape, and size of existing flaws. Since casting molds can change over time and structures become significantly more complex, CT is the solution to address specific issues such as dimensional accuracy, wall thickness measurements, target/actual comparisons, or porosity analysis including statistical evaluation.
Easy operation and automated defect recognition
While Comet Yxlon inspection systems feature a wide range of powerful X-ray and CT capabilities, they are easy to operate by users of different skill levels thanks to their intuitive user interface Geminy. In addition, computer-aided evaluations, also known as “automated defect recognition” (ADR) allow for user-independent inspection decisions.
NON DESTRUCTIVE TESTING
Our world class Imaging Division offers a range of innovative and cost effective equipment for industrial X-ray and CT for non-destructive parts inspection.
SUPPORT & TRAINING
Service & Maintenance
We have a team of equipment and process specialists capable of providing 24/7 rapid-response, ‘frontline’ support and training to compliment your own technical personnel.
We offer a broad range of cutting-edge X-ray and CT products designed to support all your industrial inspection needs. Whether your component is measured in micrometers or meters, we have a system that fits.
YXLON FF85 CT
With its dual-tube configuration, the high-energy, high-resolution FF85 CT achieves extremely precise inspection results for a wide variety of material types and part sizes.
Designed to provide intuitive operation, the UX20 system makes it easy for users of all expertise levels to conduct highly efficient X-ray and CT inspections in record time.
With its large inspection envelope, multiple field-of-view extensions, and a powerful 450 kV X-ray tube, the UX50 takes the inspection of complex, dense parts to the next level.
Yxlon Cheetah EVO
The Cheetah EVO is designed to meet the demands of Industry 4.0, enabling efficient and reliable inspection in the SMT and semiconductor industry as well as in laboratories.
Why choose Etek Aero
With our team of experienced and factory trained service engineers, Etek Aero provide a world class service that focuses on quick response times and putting customers first.
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