Ultrasound Probe Puncture Bracket (Triway)

Precision ultrasound probe designed for medical imaging applications. Essential component for ultrasound systems enabling acoustic signal transmission and reception.

Model JSM-308 puncture guidance bracket with puncture angles of 42°, 52°, and 62°. It is compatible with needle sizes 14-22G and Stork linear array ultrasound probes, constructed from 316L stainless steel material.

Specialized ultrasound probe technology for transmitting and receiving ultrasonic waves during diagnostic imaging procedures. Available in various configurations for different clinical applications.

Model JSM-307 puncture guidance bracket with puncture angles of 18°, 25°, and 35°. It is compatible with needle sizes 14-22G and Stork convex array ultrasound probes, constructed from 316L stainless steel material.

Specialized system for performing transperineal prostate biopsies with integrated safety and accuracy features. Designed for reliability and precision in urological interventions.

Accessory bracket designed to support and position handheld ultrasound probes during examination and scanning procedures.

Transperineal biopsy guide designed for precise needle placement during ultrasound-guided prostate tissue sampling. This device facilitates accurate specimen collection while minimizing trauma to surrounding structures. Essential for urology departments performing minimally invasive diagnostic procedures.

Guide system for needle positioning during ultrasound-guided biopsy procedures. Ensures accurate needle trajectory alignment with target lesions.

An ultrasound transducer probe accessory used with ultrasound scanner systems for transmitting and receiving ultrasound signals during diagnostic imaging procedures.

Custom-designed catheter probes for intravascular ultrasound imaging and interventional procedures. These miniaturized transducers are engineered for precise diagnostic and therapeutic applications.

Specialized ultrasound probes developed through precision piezoelectric cutting and electroplating technologies. Each probe undergoes electrical parameter adjustment and quality verification before delivery.

Ultrasonic testing probes for non-destructive testing applications in medical device manufacturing. These probes detect internal flaws and discontinuities in materials used for medical devices.