Excillum develops and manufactures advanced X-ray sources, including MetalJet and NanoTube technologies, that provide significantly higher brightness and superior spot quality. These sources enable high-speed, high-resolution imaging and analysis for materials science, semiconductor inspection, and biomedical research.
Funding
$56.1K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional X-ray sources often lack the necessary brightness and spot quality for advanced imaging and analysis, limiting the resolution and speed achievable in materials science, semiconductor inspection, and biomedical research. This constraint hinders the ability to detect subtle features and accelerate discovery in these fields.
Solution
Excillum develops and manufactures advanced X-ray sources, including the MetalJet and NanoTube technologies, designed to overcome the limitations of conventional X-ray tubes. These sources provide significantly higher brightness and superior spot quality, enabling high-speed, high-resolution imaging and analysis. By leveraging proprietary liquid-metal-jet anode technology and advanced electron optics, Excillum's products facilitate breakthroughs in diverse applications. Researchers and manufacturers can achieve unprecedented detail and efficiency in their work, from examining microscopic structures in semiconductors to analyzing complex biological samples.
Target Audience
The primary target audience includes researchers in materials science, semiconductors, pharmaceuticals, and biomedical fields, as well as manufacturers requiring advanced inspection and analysis capabilities.
Features
- MetalJet X-ray sources: Liquid-metal-jet anode technology for high brightness and stability.
- NanoTube X-ray sources: Nanofocus X-ray tubes with advanced electron optics for sub-micron resolution.
- High flux density: Achieves state-of-the-art flux densities for demanding applications.
- Small and stable emission spot: Enables high-resolution imaging and analysis with minimal blurring.
- Variable spot size: Allows for optimization across different applications and resolutions.
- Wide range of target alloys: Offers flexibility in X-ray emission spectra (e.g., Gallium, Indium).
- Integrated radiation shielding: Designed for safe operation.
- Remote operation and GUI control: Provides user-friendly control and integration capabilities.
- Dynamic Adaptation technology: Extends cathode lifetime for extended operational periods.
- Compatibility with X-ray optics: Optimized for integration with optics like Montel and capillary optics for enhanced performance.