Medical

Medical optical systems often have little room for compromise — or for components. The light source must deliver controlled optical power and wavelength while fitting into compact diagnostic architectures.

IMM Photonics VCSELs can be integrated with monitoring, thermal management, optics and customized packaging to create application-specific light-source modules for medical and diagnostic sensing. The result is not simply a laser component, but an optical source engineered around the measurement principle.

Oxygen has a distinct optical fingerprint around 760 nm. IMM Photonics’ 760 nm single-mode VCSEL is designed to address this absorption region for spectroscopic oxygen sensing.

Its high mode purity and predictable wavelength tuning make it suitable for TDLAS-based oxygen measurement in respiratory-monitoring and medical systems. Temperature stabilization and driver electronics can be integrated to provide the spectral control required for selective detection.

Optical systems provide precise and rapid analysis of blood samples, including cell sorting and biomarker detection. Our custom optical units are highly accurate, which is essential for diagnostic and monitoring purposes in laboratories and clinics.

Light-based solutions enhance efficiency and precision in automated lab processes by enabling real-time, non-destructive sample analysis. Our custom modules accelerate processing and improve accuracy in diagnostics, especially in sample analysis.

Portable photonic devices enable quick diagnosis and monitoring of patients directly at the accident site and during transport. IMM Photonics develops custom modules for laser- and light-based systems that enhance mobility and reduce response time in emergency medical care, leading to better treatment outcomes.

Our laser modules, with their line patterns, assist in the precise alignment of patients during diagnostic and therapeutic procedures, such as radiation therapy. They allow for accurate positioning, significantly improving treatment precision and efficiency.