L10H-Guide Linear Ultrasound Probe with Magnetic Navigation for Injections & Nerve Blocks

Built around magnetic navigation and enhanced needle visualization, the L10H-Guide helps clinicians track needle trajectory in real time for superficial-to-mid-depth procedures from 20–100 mm.

• Guide biopsy procedures with clearer needle-tip awareness.
• Support aspiration and drainage of accessible fluid collections.
• Assist in superficial-to-mid-depth soft-tissue sampling.
• Use grid, in-plane, and out-of-plane puncture guides for procedural confidence.
• Capture images, cine loops, and DICOM files for documentation and review.

With a 40 mm linear footprint, Doppler flow tools, and visualized needle enhancement, the L10H-Guide is well suited for peripheral vascular access and selected vessel assessment.

• Guide peripheral IV access and difficult cannulation.
• Assess vessel depth, diameter, compressibility, wall structure, and surrounding tissue.
• Use Color or Power Doppler to confirm vessel location and patency.
• Use PW Doppler to evaluate flow velocity and waveform patterns when needed.
• Track needle trajectory during vascular access with in-plane or out-of-plane guidance.

The L10H-Guide supports accessible vascular imaging where high-frequency linear scanning, Doppler assessment, and procedural confidence are needed.

• Visualize carotid artery walls, lumen, and plaque morphology.
• Assess intima-media thickness and accessible vessel diameter.
• Use PW Doppler to evaluate flow velocity, waveform morphology, and hemodynamic patterns.
• Review peripheral arterial or venous flow in accessible regions.
• Document Doppler traces, measurements, and cine loops for follow-up or referral.

For pain-management and anesthesia workflows, the L10H-Guide supports peripheral nerve visualization and real-time needle guidance in superficial-to-mid-depth anatomy.

• Identify accessible peripheral nerves and surrounding vessels.
• Guide selected peripheral nerve blocks and local anesthetic injections.
• Support trigger-point injections and superficial musculoskeletal pain procedures.
• Use Doppler to distinguish nerves from nearby vascular structures.
• Improve needle visibility during in-plane and out-of-plane procedural approaches.

With 7.5/10 MHz linear imaging and a 20–100 mm depth range, the L10H-Guide supports musculoskeletal evaluation and guided interventions across accessible tendons, ligaments, muscles, bursae, and joints.

• Evaluate tendon, ligament, muscle, bursal, and superficial joint pathology.
• Perform dynamic exams for tendon gliding, joint motion, and soft-tissue injury.
• Use Power Doppler to assess hyperemia around inflamed tendons, joints, or entheses.
• Guide joint injections, aspirations, and regenerative procedures.
• Compare symptomatic and contralateral sides with split-screen imaging for follow-up.

The L10H-Guide is suitable for selected thyroid, lymph node, salivary gland, scrotal, and other small-parts workflows where a linear probe and needle guidance are required.

• Evaluate thyroid nodules, cystic structures, and gland architecture.
• Use Doppler to assess vascularity in thyroid and neck-region findings.
• Guide selected thyroid FNA or small-parts biopsy workflows.
• Examine superficial lymph nodes in the neck, axilla, or groin.
• Assess accessible salivary gland, scrotal, or other small-parts structures within the scan depth.

For breast-related workflows, the L10H-Guide should be positioned for accessible breast, axillary, and chest-wall procedures—not as a complete replacement for comprehensive breast imaging systems.

• Evaluate accessible palpable findings within the 20–100 mm imaging range.
• Support ultrasound-guided biopsy of selected breast or chest-wall lesions.
• Guide aspiration of superficial cysts, seromas, or postoperative fluid collections.
• Assess superficial axillary lymph nodes when clinically indicated.
• Save images, cine loops, and DICOM files for documentation, referral, or follow-up.

The L10H-Guide supports dermatology and soft-tissue workflows where clinicians need both structural imaging and real-time procedural guidance.

• Evaluate soft-tissue masses, cysts, abscesses, foreign bodies, and localized swelling.
• Measure lesion size, depth, and relationship to surrounding tissue.
• Guide skin or soft-tissue biopsy, aspiration, drainage, or injection procedures.
• Use Doppler to assess vascularity around inflammatory or suspicious findings.
• Monitor post-procedural tissue changes, wound sites, and superficial collections over time.

For frontline care, the L10H-Guide provides a practical linear-probe solution for vascular access, soft-tissue evaluation, minor trauma, and guided bedside procedures.

• Assess abscesses, cellulitis, hematomas, edema, and soft-tissue swelling.
• Localize superficial foreign bodies such as glass, splinters, or embedded debris.
• Evaluate accessible tendon, ligament, muscle, or small-joint injuries after minor trauma.
• Guide peripheral IV placement, abscess drainage, and selected bedside aspirations.
• Capture and share images or cine clips for triage, documentation, and follow-up.

With wireless and cable connectivity, iOS/Android/Windows compatibility, long battery life, and flexible exports, the L10H-Guide supports guided procedures across clinics, procedure rooms, and mobile practice settings.

• Scan on iOS, Android, or Windows devices without subscription barriers.
• Use built-in WiFi or cable connection depending on the clinical environment.
• Capture images and videos for case review, referral, or remote consultation.
• Export JPEG, PNG, MP4, and DICOM files for documentation and sharing.
• Use the 5600 mAh battery and 5-hour scanning time for longer procedure-heavy sessions.

The L10H-Guide provides a focused platform for teaching and research involving procedural ultrasound, needle visualization, vascular access, MSK intervention, nerve blocks, biopsy, and Doppler workflows.

• Train clinicians on in-plane and out-of-plane needle guidance.
• Build procedural modules for vascular access, nerve blocks, biopsies, aspirations, and joint injections.
• Study needle visibility, approach angle, and target accuracy in simulated or clinical workflows.
• Compare Doppler-based vascular and perfusion assessment protocols.
• Collect still images, cine loops, PW Doppler traces, and DICOM files for education, review, and protocol development.