LC1 Bi-Plane Endocavity Ultrasound Probe for Urology, TRUS & Proctology

Built for urology-focused endocavity imaging, the LC1 combines convex and linear bi-plane views to help clinicians visualize prostate anatomy, surrounding pelvic structures, and Doppler flow patterns in real time.

• Visualize prostate size, contour, internal architecture, and surrounding tissue.
• Use simultaneous convex and linear views to improve spatial orientation during prostate assessment.
• Assess prostate symmetry, capsule-adjacent anatomy, and suspicious focal changes when clinically appropriate.
• Apply Color, Power, and PW Doppler to review vascularity and flow patterns around prostate and pelvic structures.
• Save still images, cine loops, and DICOM files for documentation, consultation, or follow-up.

With real-time bi-plane imaging, a 149° endocavity scan angle, and in-plane/out-of-plane puncture guidance, the LC1 is designed to support transrectal prostate biopsy and urology-focused procedures.

• Visualize needle trajectory with dual-plane anatomical reference during TRUS-guided workflows.
• Support systematic or targeted prostate biopsy procedures under appropriate clinical protocols.
• Use grid, in-plane, and out-of-plane puncture guides to improve procedural orientation.
• Apply Doppler to identify vascular structures before needle advancement.
• Capture pre-procedure, in-procedure, and post-procedure images for reporting and review.

The LC1 supports focused evaluation of prostate volume, bladder-neck-adjacent anatomy, and lower urinary tract relationships from an endocavity perspective.

• Measure prostate dimensions and estimate prostate volume for urology follow-up.
• Assess prostate enlargement patterns and peri-prostatic anatomy in BPH-related workflows.
• Review bladder neck and prostate-adjacent structures when visible within the 40–100 mm imaging range.
• Use Doppler to assess selected flow patterns around the prostate and pelvic floor region.
• Document serial findings for treatment planning, monitoring, or specialist consultation.

As a bi-plane intracavity probe, the LC1 can support selected pelvic floor and proctology workflows where endocavity imaging provides close access to pelvic and rectal-region anatomy.

• Evaluate pelvic floor structure and motion in selected clinical workflows.
• Support assessment of rectal-wall-adjacent and peri-rectal anatomy.
• Visualize pelvic floor relationships before selected urology or proctology procedures.
• Use dual-plane imaging to improve orientation around compact pelvic structures.
• Record cine loops for dynamic assessment, teaching, or follow-up comparison.

The LC1 provides a focused platform for pelvic evaluation where close-range intracavity imaging is more appropriate than external abdominal scanning.

• Examine pelvic anatomy within a 40–100 mm endocavity imaging range.
• Use convex imaging for broader orientation and linear imaging for localized detail.
• Apply Doppler to assess vascularity in selected pelvic-region findings.
• Support endocavity procedural planning where anatomy is clearly visualized.
• Export JPEG, PNG, MP4, or DICOM files for documentation and collaborative review.

Wireless connectivity, cross-platform compatibility, and flexible file export make the LC1 practical for office-based urology, procedure rooms, mobile consultation, and remote case review.

• Scan on iOS, Android, or Windows devices without subscription barriers.
• Use built-in WiFi or cable connection depending on the clinical environment.
• Export JPEG, PNG, MP4, and DICOM files for reporting, PACS upload, or referral.
• Capture cine loops for biopsy planning, prostate follow-up, or remote specialist review.
• Use the 2800 mAh battery and 1.5-hour scanning time for focused endocavity workflows.

The LC1 provides a focused platform for education and research in bi-plane endocavity imaging, TRUS workflows, prostate assessment, biopsy guidance, and pelvic procedural ultrasound.

• Teach convex and linear bi-plane endocavity scanning with one handheld device.
• Build training modules for prostate imaging, TRUS orientation, and biopsy guidance.
• Practice in-plane and out-of-plane puncture workflows using standard needle-guide tools.
• Compare Doppler-based vascular assessment in prostate and pelvic-region studies.
• Collect still images, cine loops, PW Doppler traces, and DICOM files for teaching, simulation, or protocol development.