FF Series CT scanner

FF Series CT scanner systems 

Easy operation with highest resolution and quality.

With its optional dual-tube setup, the FF Series CT Scanner not only delivers exceptional CT data quality but also enhances versatility across a wide range of applications. Seamlessly adapting to different part sizes, the FF series provides precise imaging of fine, small, and large components. This flexibility ensures that users can achieve optimal results regardless of the inspection requirements.

A Broad Spectrum of Applications

From improving material testing in research and development to optimizing process control in manufacturing, makes the FF Series CT Scanner supports numerous industrial and scientific applications. Additionally, it is well-suited for small series inspection, where accuracy and efficiency are crucial. Furthermore, its advanced capabilities extend to various scientific fields, providing researchers with the tools needed to conduct high-precision imaging and analysis.

Thanks to this comprehensive range of applications, businesses and laboratories can rely on the FF Series CT Scanner to enhance workflows, to achive increased efficiency, and get more accurate inspection results. Whether used in production environments or research settings, it consistently delivers high-quality imaging that meets the most demanding requirements.

Three models in the FF Series

FF20 CT – Extending from very small to medium-sized objects, the FF Series CT Scanner seamlessly incorporates a 190 kV water-cooled tube, ensuring both stability and high imaging precision

https://yxlon.comet.tech/en/products/ff20-ct

FF35 CT – Covering small, medium, and large-sized objects, the FF Series CT Scanner seamlessly integrates optional dual tubes with 225 kV and 190 kV, ensuring greater flexibility and enhanced imaging precision.

https://yxlon.comet.tech/en/products/ff35-ct

FF85 CT- Accommodating small, medium, and large-sized objects, the FF Series CT Scanner effectively utilizes dual tubes with 600 kV and 300 kV, along with dual detectors, ensuring enhanced flexibility and superior imaging accuracy.

https://yxlon.comet.tech/en/products/ff85-ct

FF Series CT scanner – Precision, Efficiency, and Automation

The FF Series is a high-performance industrial CT solution that delivers exceptional precision, efficiency, and automation. By incorporating advanced scanning technology, guided workflows, and real-time collision protection, it simplifies essential tasks such as quality control, material analysis, and dimensional measurement. As a result, users at any experience level can conduct inspections with greater confidence and consistency.

Smart Collision Protection for Maximum Safety

Achieving high-magnification imaging without risking part damage is now easier than ever. Equipped with SmartGuard technology, the FF Series provides real-time collision protection by carefully following the exact outline of each part. This not only enhances safety but also ensures every scan remains precise, high-resolution, and free from unnecessary interference. By eliminating potential risks, users can focus entirely on obtaining accurate inspection results.

What Can You Inspect with the FF Series?

• This industrial CT scanner is designed for a wide range of applications, including:
• Electronic components – SMD, PCBs, and microelectronics.
• 3D-printed and fiber-reinforced parts – Ensuring structural integrity.
• Battery cells & modules – Ideal for EVs and energy storage.
• Injection-molded plastics – Detecting internal defects.
• Microsystems (MEMS, MOEMS) – Essential for precision electronics. Medical devices – Including cannulas and surgical instruments.
• Light-alloy castings – Scanning aluminum, steel, and super alloys.
• Geological & biological samples – Supporting scientific research and preservation.

Best Applications for the FF Series CT scanner

• Quality control & material analysis – Preventing defects before production.
• First article inspection – Ensuring parts meet design specifications.
• Dimensional measurement – Providing precise geometric data.
• Failure & structure analysis – Identifying cracks, voids, and inconsistencies.
• Assembly verification – Confirming proper fit and alignment.
• Small-batch inspections – Improving low-volume manufacturing.
• Process control – Optimizing production quality.
• 3D digitization & segmentation – Ideal for reverse engineering.