Quickly and easily identify manufacturing defects and/or inaccuracies, material issues in a non-destructive way.
Shorten development time, reduce operating cost, increase production ability with easy to read 3D Scans, and the support of our tech team.
Recalls are expensive. Uncover product recall issues quickly with an industrial scan to truly SEE inside your working products.
Luers, Drug Delivery, Medical Implants, Dental Implants
Electric Vehicles, Batteries, Farming & Mining Equipment, Recreational Vehicles, Marine
Manifolds, Pumps, Nozzles, Electronics
Packaging, Disposable Cutlery, Sporting Goods, Tech Manufacturing
Die Casting, Metal Stamping, Plastic Injection Molding, Metal Injection Molding
3D Printing, Rapid Prototyping, Direct Manufacturing, Tooling
Firearms, Weapons Systems, Hypersonics, Ammunition
Establishes:
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Top technology quickly delivers accurate data & detailed product analysis.
Results are delivered, backed with our team of engineers to assist in analysis & review.
A major consumer product company struggles to develop, approve, and launch multiple high-level cavitation molds for high-volume production & global distribution.
Computed tomography and value-add services from Nel PreTech.
Client saves $1 million in direct cost and gains $60 million in cash flow four months sooner.
Major sporting goods manufacturer needs a CAD model built using scan data from an existing golf club.
3D scanning and mesh editing in specialized CAD modeling software to remove features.
Client saves time with our quick turnaround and develops a new product with our accurate scan data.
Global OEM medical device company needs help developing and launching drug delivery pumps.
CT scanning and value-add services create a turnkey solution to give the client a competitive advantage.
20 new tools in 20 weeks.
X-ray material testing is a method used to determine the composition, structure, and properties of materials in a systematic way. X-ray material testing is an important technique in manufacturing industries, where it is used to ensure the quality and reliability of materials used in products. It can be used to identify potential flaws or defects in materials before they are released into production.
The specimen is placed on a rotary stage with a cone beam, low energy x-ray source which projects a beam of x-rays onto the sample object. A flat panel, x-ray detector on the opposite side of the source collects the data. The data can then be exported into specialized software developed for a multitude of analysis capabilities.
In short, X-ray material testing provides invaluable information that helps ensure the quality and safety of products.
Materials that are a good specimen for x-ray material testing include solid, non-porous objects that can be prepared in a consistent and repeatable manner.
Common materials tested include: metals such as titanium, aluminum, steel, plastics, carbon fiber, inconel, brass, and polymers.
Parts suitable for x-ray material testing depend on density of material AND how thick the part is.
The type of X-ray equipment used will depend on the type of specimen being tested. X-ray material testing is an advanced technique that requires specialized expertise and equipment to perform properly.
