Gold Nanocages

These molecular imaging agents leverage Nanophage scaffold technology to produce brighter fluorescent or luminescent signals in diagnostic imaging. Enhanced brightness allows for improved visualization and detection accuracy in medical imaging applications.

Nanophage scaffold technology enhances the brightness and visibility of detection molecules used in diagnostic imaging applications. These nanorod-based platforms improve signal intensity in molecular detection systems, enabling more sensitive and accurate diagnostic results.

Diagnostic sensors utilizing nanostructured materials and technologies for enhanced sensitivity and specificity. Applications include detection of disease markers and epigenetic factors.

Precision prisms for medical optical systems, including surgical microscopes and diagnostic imaging equipment with nanorange accuracy.

Radiopaque gold markers for CT and MRI visualization, used for anatomical reference and treatment planning in radiation therapy.

Digital pathology system enabling remote microscopy and live sample visualization for hospitals, laboratories, and research centers. Supports real-time diagnosis and specialist collaboration via web browser without sample transfer. Features medical-grade optics, LIS integration, end-to-end encryption, and CE-IVD compliance.

Precision optical sapphire lenses for medical imaging applications, manufactured to nanorange tolerances for diagnostic and surgical equipment.

Precision glass optical components with integrated microstructures for photonic sensor systems used in medical diagnostics. Supports wavelength-specific detection and signal transmission for analytical instrumentation.

A versatile preclinical SPECT/CT system with absolute quantification capabilities and dedicated solutions for theranostic imaging. Part of the nanoScan family designed for molecular imaging research.

Preclinical imaging systems designed to deliver molecular imaging capabilities by maximizing functional information combined with precise anatomical detail. Enables quantitative studies for translational research applications.

High-precision optical modules for medical imaging and diagnostic equipment with specialized optical component integration.

FDA-cleared, CE-marked digital multi-source 3D tomosynthesis imaging system for advanced radiographic visualization. The stationary system uses proprietary cold cathode technology for high-resolution, low-dose imaging with compact footprint, supporting early diagnosis of chronic and acute diseases across healthcare facilities.