Announced details
Maximum tube voltage of 160 kV and spatial resolution of 250 nanometers. The product is expected to help shorten development times, improve product quality and support failure analysis.
A collaboration between Rigaku and Excillum. The CT Lab HR160 combines Rigaku's X-ray computed tomography imaging technology with an X-ray source manufactured by Excillum.
Headquartered in Stockholm, Sweden, with David Lindblom as CEO. Excillum develops, manufactures and maintains X-ray sources. Founded in 2007.
In this announcement the company addresses none of Contract Value / Offering price / Impact on Business Performance.
| Item | Details |
|---|---|
| Names of Products / Services Covered | Nanoscale X-ray microscope CT Lab HR160, NanoTube N3 X-ray source |
| Counterparty | Excillum AB |
| Counterparty overview | Headquartered in Stockholm, Sweden, with David Lindblom as CEO. Excillum develops, manufactures and maintains X-ray sources. Founded in 2007. |
| Relationship with the Company | A collaboration between Rigaku and Excillum. The CT Lab HR160 combines Rigaku's X-ray computed tomography imaging technology with an X-ray source manufactured by Excillum. |
| Launch date | 1 September 2026 (already launched) |
| Applicable area | Battery, Semiconductor devices, Electronic components, Advanced materials, Multilayer ceramic capacitors (MLCCs), Power Electronics |
| Quantitative Effects | Maximum tube voltage of 160 kV and spatial resolution of 250 nanometers. The product is expected to help shorten development times, improve product quality and support failure analysis. |
Items this document does not state (11)
These are items the company does not state in this document. We do not leave them blank, nor fill them in from other sources or by inference.
The reasons the company gives
The company's own explanation, not something inferred from the numbers.As batteries, semiconductor devices, electronic components and advanced materials become higher-performance, finer-scale and more structurally complex, there is growing demand for analytical technologies capable of evaluating increasingly fine internal structures and defects with high precision.