Ophtalmology imaging systems

Medical Solutions

Ophthalmology
Imaging Systems

Ophthalmic device manufacturers rely on advanced optical imaging technologies to visualize retinal structures with exceptional resolution and minimal invasiveness. Imaging modalities such as Optical Coherence Tomography (OCT) and
Scanning Laser Ophthalmoscopy (SLO) are foundational tools for diagnosing and monitoring
a wide range of eye diseases.

Enabling Advanced Ophthalmic Imaging Performance

Modern ophthalmology imaging platforms must deliver high‑resolution, repeatable retinal images while operating within compact, patient‑friendly systems. OCT and SLO technologies require precise optical alignment and highly stable scanning behavior to accurately visualize fine retinal features across repeated examinations.

Retina scan laser

Supporting Optical Coherence Tomography (OCT)

Optical Coherence Tomography is a non‑invasive imaging technique that uses infrared light to generate high‑resolution, cross‑sectional images (B‑scans) of the retina. Often described as an “optical ultrasound,” OCT enables detailed visualization of retinal layers and precise measurement of their thickness.

Precision Scanning for Scanning Laser Ophthalmoscopy (SLO)

Scanning Laser Ophthalmoscopy is a confocal imaging technique that produces real‑time, high‑contrast, two‑dimensional “en‑face” images of the retinal surface. SLO provides clinicians with a clear, live view of retinal structures, supporting identification of surface‑level pathologies and assessment of retinal vasculature and fixation.

Galvanometers

Designed for Ophthalmic Device Integration

Ophthalmic imaging devices must integrate optical, scanning, and control sub-systems into compact, reliable platforms suitable for clinical and diagnostic environments. Components must support stable optical performance, efficient thermal behavior, and seamless integration with system‑level electronics and software.

These ophthalmology systems place demanding requirements on beam control, scan accuracy, and optical stability. Our photonics and scanning technologies are designed to support OEMs developing high‑performance ophthalmic imaging platforms where precise raster scanning, image fidelity, and repeatable performance are critical to diagnostic confidence and clinical outcomes.

Galvanometers

Supporting OEM Ophthalmology Platform Development

As ophthalmic imaging technologies continue to advance, device manufacturers require scanning and optical solutions that support higher resolution, faster acquisition, and improved clinical usability without compromising reliability or image consistency.

We work at the sub-system level to support OEM development efforts, helping align CRS scanning technologies and precision mirrors with the technical requirements of next‑generation OCT and SLO imaging systems.

Laser Sources Advanced Laser Additive Manufacturing
Gem solid-state continuous wave laser on a white background

gem – Solid State Continuous Wave Lasers

Laser Beam Steering Advanced Laser Additive Manufacturing
Precision optical mirror on a white background

Precision Mirrors

Laser Beam Steering Advanced Laser Additive Manufacturing
CRS resonant scanner on a white background

CRS, Resonant Scanners