Fiber Optic Velocity Measurement Probes

Surgical fiber probes enable real-time optical imaging and tissue diagnostics during minimally invasive procedures. These devices integrate fiber optics with sensing capabilities to detect tissue characteristics, guide surgical navigation, and support intraoperative decision-making. Designed for integration into surgical workflows, they enhance visualization and diagnostic accuracy in operating theater environments.

Optical probes integrated with fiber-optic capabilities for invasive surgical, therapeutic and diagnostic procedures. Includes surgical cables for ablation and laser delivery systems, sensing cables with Fiber Bragg grating technology, disposable fiber-optic probes, diagnostic cables for catheters and intravascular ultrasound systems, and hybrid copper/fiber solutions combining power, signal and video for diagnostic needs. Manufactured and sterilized in FDA 21 CFR 820 registered, ISO 13485 and CGMP facilities.

Engineered probes manufactured from stainless steel, polymers, or custom metals for critical fluid control functions. Applications include liquid level sensing, pipetting, and capacitance detection in analytical and diagnostic systems.

Fiber-optic laser probes designed for minimally invasive surgical procedures, therapeutic applications, and diagnostic interventions across multiple wavelength ranges.

Fiber optic laser probes designed for urological diagnostic and therapeutic applications. These precision instruments deliver laser energy through optical fibers across wavelengths of 180-2100 nm for tissue ablation, coagulation, and visualization in urological procedures. Customizable probe configurations enable flexible integration into endoscopic systems.

Customized precision measurement probes for medical and surgical diagnostic applications.

Electronic sensors designed for accurate temperature measurement in clinical monitoring applications. Available for oral, rectal, tympanic, and esophageal measurements.

Diagnostic instruments used for exploring wounds, cavities, and anatomical structures during surgical examination. Provides tactile feedback to assess tissue characteristics.

Interchangeable ultrasound transducers for vascular and fetal assessment applications. Available in multiple frequencies to optimize signal detection for specific clinical applications.

Medical probes featuring an eye or used for fistula exploration and examination. These instruments assist in diagnosis and surgical exploration of anatomical structures.

Surgical probes used for exploring wounds, cavities, and tissues during examination and diagnostic procedures. Assists in identifying structures and assessing tissue integrity.

Optical fibers configured as medical laser probes for minimally invasive transmission of laser beams to diseased areas for various therapeutic applications including cutting, coagulation, and vaporization. The fibers consist of a high-purity synthetic quartz glass core, optical cladding with lower refractive index, protective buffer layer, and outer jacket for mechanical protection. Fibers support both contact and non-contact modes of tissue treatment and can be customized with core diameters ranging from 3 to 2500 micrometers.