D2-L12MC Dual-Probe Handheld Ultrasound Scanner for Neonatal & Pediatric POCUS

Built for small anatomy, the D2-L12MC combines a 5/7 MHz micro-convex transducer with a 10/12 MHz linear transducer to support gentle, versatile bedside imaging for neonates, infants, and children.

• Switch between micro-convex imaging for deeper pediatric windows and linear imaging for superficial detail.
• Assess pediatric abdomen, lung, vascular, nerve, MSK, and small-parts anatomy with one dual-probe scanner.
• Use B-Mode, M-Mode, Color Doppler, Power Doppler, and PW Doppler for structural and flow assessment.
• Capture still images, cine loops, and Doppler traces for documentation, follow-up, or consultation.
• Support bedside decision-making in neonatal units, pediatric clinics, emergency rooms, and mobile care settings.

The micro-convex footprint and pediatric-focused depth range make the D2-L12MC useful for selected neonatal cranial and small-window assessments when performed under appropriate clinical protocols.

• Support transfontanelle assessment of ventricular size, midline structures, and intracranial fluid spaces.
• Assist in follow-up of suspected hydrocephalus or intraventricular hemorrhage patterns.
• Use M-Mode, cine loops, and still images to document small-window findings over time.
• Apply micro-convex imaging where a compact curved field of view is helpful for neonatal anatomy.
• Share images or DICOM files for specialist review, teaching, or longitudinal monitoring.

With micro-convex imaging from 60–160 mm, the D2-L12MC supports focused abdominal and gastrointestinal POCUS in infants and children.

• Evaluate liver, gallbladder, spleen, kidney, bladder, and abdominal fluid.
• Support focused assessment of abdominal pain, distension, vomiting, or suspected free fluid.
• Assist in pediatric GI workflows such as pyloric-region, bowel, or intussusception-style assessments when clinically appropriate.
• Use Doppler to review selected abdominal or mesenteric flow patterns.
• Capture cine loops for dynamic pediatric exams and follow-up comparison.

The D2-L12MC supports pediatric lung and pleural imaging using micro-convex views for broader windows and linear imaging for high-resolution pleural detail.

• Assess lung sliding, pleural line movement, A-lines, and B-lines.
• Support focused evaluation of pneumothorax, pleural effusion, consolidation, and atelectasis patterns.
• Use linear imaging for superficial pleural detail in neonates and small children.
• Use micro-convex imaging for wider intercostal views and deeper pediatric chest windows.
• Document cine loops for bedside reassessment, consultation, or clinical teaching.

For neonatal and pediatric bedside workflows, the D2-L12MC can support focused cardiac screening and hemodynamic review in small patients where acoustic windows are appropriate.

• Assess gross ventricular function, chamber motion, and pericardial effusion in focused bedside exams.
• Use M-Mode to document heart rate and motion patterns.
• Apply Color, Power, and PW Doppler to review selected flow direction and velocity patterns.
• Support pediatric shock, dyspnea, and follow-up workflows as part of trained POCUS protocols.
• Save still images, cine loops, and Doppler traces for documentation or specialist review.

The micro-convex side supports focused renal and bladder imaging in infants and children, while the linear side can help with superficial groin or small-parts assessment.

• Evaluate kidney size, renal architecture, and hydronephrosis patterns.
• Assess bladder volume and post-void residual when clinically indicated.
• Support focused evaluation of urinary retention, suspected obstruction, or renal colic-like presentations.
• Use Doppler to review selected renal or bladder-adjacent flow patterns.
• Document renal and bladder measurements for follow-up or referral.

With a 10/12 MHz linear transducer, 25 mm footprint, Doppler flow tools, and puncture assist options, the D2-L12MC supports vascular access workflows in neonates and children.

• Identify small peripheral veins and arteries before cannulation.
• Assess vessel depth, diameter, compressibility, wall structure, and surrounding tissue.
• Use Color or Power Doppler to confirm vessel location, patency, and flow direction.
• Support difficult peripheral IV access and selected neonatal or pediatric line-placement workflows.
• Use grid, in-plane, and out-of-plane puncture guides for procedural confidence.

The high-frequency linear transducer supports pediatric MSK, orthopedic, sports, rehabilitation, and hip-region workflows where small structures require clear superficial detail.

• Evaluate tendons, ligaments, muscles, bursae, fascia, and accessible joints.
• Support infant hip-region assessment and follow-up when performed under pediatric protocols.
• Perform dynamic exams to assess tendon gliding, joint motion, and soft-tissue injury.
• Use Power Doppler to review hyperemia around inflamed tendons, joints, or entheses.
• Compare symptomatic and contralateral anatomy using split-screen imaging for follow-up.

For pediatric procedural workflows, the D2-L12MC supports visualization of accessible nerves, vessels, and soft-tissue planes using high-frequency linear imaging.

• Identify superficial pediatric peripheral nerves and surrounding landmarks.
• Guide selected peripheral nerve blocks and local anesthetic injections.
• Use Doppler to distinguish nerves from adjacent vascular structures.
• Support superficial-to-mid-depth pain and procedural workflows where anatomy is clearly visualized.
• Use standard grid, in-plane, and out-of-plane puncture assist tools for needle guidance.

The 10/12 MHz linear transducer supports small-parts imaging in pediatric and compact-anatomy workflows.

• Evaluate thyroid architecture, nodules, cystic structures, and surrounding tissue.
• Use Color or Power Doppler to assess vascularity in thyroid and neck-region findings.
• Examine superficial lymph nodes in the neck, axilla, or groin.
• Assess salivary gland, scrotal, testicular, and other accessible small-parts structures.
• Support selected FNA, biopsy, or aspiration workflows when performed under appropriate clinical protocols.

The D2-L12MC supports practical pediatric soft-tissue imaging for superficial lesions, collections, foreign bodies, and post-procedural follow-up.

• Evaluate abscesses, cellulitis, hematomas, edema, cysts, lipomas, and localized swelling.
• Localize superficial foreign bodies such as glass, splinters, or embedded debris.
• Measure lesion size, depth, and relationship to surrounding soft tissue.
• Use Doppler to evaluate vascularity around inflammatory or suspicious findings.
• Guide selected aspiration, drainage, biopsy, or injection workflows when appropriate.

For frontline pediatric care, the D2-L12MC provides a compact dual-probe solution for common bedside POCUS questions across abdomen, lung, soft tissue, vascular access, and minor trauma.

• Support focused evaluation of abdominal pain, respiratory symptoms, swelling, and soft-tissue infection.
• Assess lung and pleural findings at the bedside in infants and children.
• Evaluate superficial masses, abscesses, hematomas, and foreign bodies.
• Support difficult vascular access and selected bedside procedures.
• Capture images, cine loops, and DICOM files for triage, documentation, referral, or follow-up.

Wireless connectivity, cross-platform compatibility, and flexible export formats make the D2-L12MC practical for neonatal, pediatric, and mobile care workflows.

• Scan on iOS, Android, or Windows devices without subscription barriers.
• Use built-in WiFi for wireless scanning in clinics, neonatal units, pediatric rooms, and mobile settings.
• Export JPEG, PNG, MP4, and DICOM files for documentation and sharing.
• Capture cine loops for pediatric case review, remote consultation, or teaching.
• Use the 2800 mAh battery and 2.5-hour scanning time for focused daily pediatric workflows.

The D2-L12MC provides a focused platform for teaching and research in neonatal and pediatric POCUS, small-anatomy imaging, Doppler assessment, and procedural ultrasound.

• Teach micro-convex and high-frequency linear scanning with one dual-probe device.
• Build training modules for neonatal cranial, pediatric abdomen, lung, vascular access, MSK, nerve, and small-parts POCUS.
• Compare Doppler workflows for pediatric vascular flow, organ perfusion, and procedural assessment.
• Practice standardized measurements using B-Mode, M-Mode, and PW Doppler tools.
• Collect still images, cine loops, Doppler traces, and DICOM files for education, simulation, or protocol development.