Custom Probes

Specialized medical probes featuring optical fiber technology designed for cyclo-related medical applications. These probes are engineered for specific medical diagnostic and therapeutic procedures.

Customized ultrasound transducers and probes for medical imaging applications. These devices deliver high-resolution diagnostic imaging across multiple technologies including Piezocomposite, Single Crystal, and CMUT. Engineered for precise clinical diagnosis in ultrasound systems.

Application-specific customized ultrasound probes for specialized clinical imaging including cardiac, vascular, and endoscopic procedures.

Diagnostic instruments for exploration of wounds, cavities, and body structures to assess depth and extent of pathology.

Specialized ultrasound transducers for endoscopic and surface imaging applications. Provides real-time visualization of internal structures.

Medical probes featuring optical fiber technology designed to provide illumination for medical procedures and diagnostics. These probes deliver light to target areas within the body for visualization and treatment applications.

Instruments used for clinical examination and tactile assessment of oral and dental tissues. Designed with fine tips for precise exploration of anatomical structures.

Composite material ultrasonic probes designed for minimally invasive interventional imaging across cardiac, gastroenterological, respiratory, orthopedic, and urological applications. These transducers integrate with endoscopic platforms and enable real-time visualization during surgical procedures. Probes support ICE, IVUS, and focused ultrasound therapeutic modalities for diagnostic and therapeutic guidance.

Medical diagnostic probes featuring optical fiber technology designed for retinal and ophthalmological applications. These probes are engineered for eye-related medical procedures and diagnostics.

Fiber optic probes designed for dental laser applications, enabling precise tissue visualization and diagnostic assessment during dental procedures. These custom-engineered probes operate across wavelengths from 180–2100 nm, supporting minimally invasive diagnostics and treatment guidance in oral healthcare settings.

Specialized Doppler probes for medical ultrasound applications, designed to detect blood flow and tissue motion. These transducers are optimized for high signal-to-noise ratio and sensitivity.

Fiber optic probes designed for ophthalmic laser applications, including medical instrument identification and diagnostic procedures. These probes deliver laser energy across wavelengths from 180 nm to 2100 nm for precision eye surgery and diagnostic imaging. Customizable designs accommodate specific clinical requirements and integration with existing ophthalmic laser systems.