Micro Laser Modules for a wide range of applications.

Blue laser modules for medical imaging and diagnostics applications including gene sequencing, flow cytometry, digital PCR, confocal microscopy, endoscopy, and blood cell analysis. Available in free-space and fiber-coupled output configurations with customizable wavelengths and power levels to meet specific clinical requirements.

Precision optical and micro-optical components designed for medical imaging, diagnostic systems, and surgical instrumentation. These components enable high-resolution visualization and light-based detection in diagnostic devices and therapeutic equipment. Applications include endoscopy systems, ophthalmic instruments, and laser-based medical procedures.

Precision micro-optics and optical systems with components starting at 0.3 mm diameter, designed for medical imaging and diagnostic applications. Custom-engineered micro-lenses, rod lenses, and multi-element objectives enable miniaturized optical devices for endoscopy, microscopy, and surgical visualization systems.

Red laser modules designed for biomedical imaging and diagnostic applications including gene sequencing, flow cytometry, blood cell analysis, endoscopy, and confocal microscopy. Available in free-space and fiber-coupled output configurations with customizable power levels and wavelength specifications to support clinical and research imaging needs.

Green laser modules for medical imaging and diagnostic applications including gene sequencing, flow cytometry, blood cell analysis, endoscopy, and confocal microscopy. Available in free-space and fiber-coupled configurations with customizable wavelengths and power levels to support clinical and research workflows.

Integrated optical and digital imaging modules designed for medical diagnostic and surgical visualization applications with precision optical processing and coating technologies.

Integrated laser module system for medical microscopy applications requiring high stability and multiple wavelengths. Used in biomedical research and clinical diagnostics.

UV laser modules designed for biomedical and diagnostic applications including gene sequencing, flow cytometry, digital PCR, and confocal imaging. Available in wavelengths from 375nm to 1500nm with power ranges from milliwatt to hundreds of watts in free-space or fiber-coupled configurations. Customizable to specific clinical and research requirements.

Infrared laser modules for medical imaging and diagnostic applications including endoscopy, confocal microscopy, gene sequencing, and flow cytometry. Wavelength range 375nm-1500nm with customizable power outputs from milliwatt to hundred-watt levels, available in free-space and fiber-coupled configurations. Supports both biomedical research and clinical diagnostic instrumentation.

Custom-engineered laser-based optical and optomechatronic systems for medical imaging, diagnostics, and surgical applications. WILD develops precision laser technology components and assemblies for ophthalmology, particle measurement systems, and diagnostic instrumentation. Specialized in micro- and nano-scale optical systems with contract design and manufacturing capabilities.

Optical components and modules designed specifically for medical and life science applications. NovelBeam provides precision optical solutions incorporating high-energy optical coating and advanced manufacturing capabilities.

Precision micro-optics and objective lenses designed for medical imaging and diagnostic instruments. These custom-engineered optical components enable enhanced visualization in endoscopy, microscopy, and surgical applications. Manufactured to exacting specifications with diameters starting at 0.3 mm for integration into compact medical devices.