D3L Affordable 3-in-1 Handheld Ultrasound Scanner for Everyday POCUS

The D3L gives frontline clinicians an accessible whole-body POCUS tool for everyday outpatient and inpatient evaluations, combining abdominal, cardiac, vascular, lung, and superficial linear imaging.

• Evaluate abdominal organs such as liver, gallbladder, kidney, bladder, and abdominal aorta.
• Support focused cardiac screening for gross function, chamber motion, and pericardial effusion.
• Assess soft-tissue swelling, superficial masses, abscesses, and fluid collections.
• Review thyroid, lymph nodes, superficial vessels, and selected small-parts anatomy.
• Capture still images, cine loops, Doppler traces, and DICOM files for documentation or referral.

The convex transducer supports deep abdominal imaging from 90–305 mm, making the D3L suitable for focused abdominal POCUS, FAST-style exams, and general abdominal assessment.

• Evaluate liver, gallbladder, spleen, kidney, bladder, and abdominal aorta.
• Perform FAST-style scans to assess for free fluid in trauma or acute abdominal presentations.
• Review gallbladder findings such as stones, wall thickening, or biliary dilation when clinically appropriate.
• Assess hydronephrosis, bladder volume, and abdominal fluid collections.
• Use Doppler when vascular flow information is needed in abdominal or renal workflows.

With convex, linear, and phased array imaging in one handheld scanner, the D3L supports essential bedside POCUS for trauma, shock, respiratory distress, vascular access, and procedural workflows.

• Perform FAST-style abdominal assessments for free fluid in trauma or acute care settings.
• Use phased array imaging for focused cardiac assessment, pericardial effusion, and gross ventricular function.
• Assess lung sliding, pleural lines, B-lines, consolidation, and pleural effusion.
• Guide peripheral vascular access and selected bedside procedures with standard puncture assist tools.
• Use Color, Power, and PW Doppler to evaluate flow, patency, and basic hemodynamic patterns.

Using phased array imaging, M-Mode, Color Doppler, and PW Doppler, the D3L supports focused bedside cardiac and hemodynamic assessment.

• Evaluate gross left ventricular function and visible wall motion patterns.
• Detect pericardial effusion and support focused tamponade assessment.
• Use M-Mode and cardiac measurement tools for heart rate, dimensions, and motion analysis.
• Use PW Doppler to assess flow velocity and basic hemodynamic patterns.
• Support bedside decision-making in emergency, critical care, internal medicine, and primary care settings.

The D3L supports lung and pleural ultrasound using convex, phased, or linear imaging depending on the clinical target and patient body habitus.

• Assess lung sliding, pleural line movement, A-lines, and B-lines.
• Support focused evaluation of pneumothorax, pulmonary edema patterns, and pleural effusion.
• Visualize consolidation, atelectasis, and diaphragm-adjacent pleural findings when accessible.
• Use phased or convex imaging for deeper pleural windows and linear imaging for superficial pleural detail.
• Document cine loops for follow-up, consultation, or bedside reassessment.

For women’s health workflows, the D3L should be positioned for transabdominal OB/GYN and pelvic POCUS—not transvaginal or endocavity imaging.

• Support transabdominal assessment of uterus, adnexa, pelvic fluid, and selected pelvic masses.
• Perform basic obstetric measurements and fetal heart activity checks when clinically appropriate.
• Review bladder, pelvic fluid, and postpartum abdominal or superficial soft-tissue concerns.
• Assess pregnancy-related findings within the limits of a handheld transabdominal scanner.
• Save images and cine loops for documentation, consultation, or follow-up.

With convex imaging for deep structures and linear imaging for superficial scrotal or groin assessment, the D3L supports focused urology and renal workflows.

• Assess kidney size, renal architecture, hydronephrosis, and collecting-system dilation.
• Evaluate bladder volume and post-void residual when clinically indicated.
• Support focused assessment of urinary retention, renal colic, or suspected obstruction.
• Use Doppler for selected renal, scrotal, or vascular flow evaluation.
• Examine accessible scrotal, testicular, or superficial groin findings with linear imaging.

The linear transducer provides 7.5/10 MHz imaging with a 20–80 mm scan depth, supporting everyday musculoskeletal, sports medicine, orthopedic, rheumatology, and rehabilitation workflows.

• Evaluate tendons, ligaments, muscles, bursae, fascia, and accessible joints.
• Perform dynamic exams for tendon gliding, ligament integrity, and muscle movement.
• Use Power Doppler to assess hyperemia around inflamed tendons, joints, or entheses.
• Support selected joint injections, aspirations, and regenerative procedures with standard puncture assist tools.
• Compare symptomatic and contralateral anatomy using split-screen imaging for follow-up.

With linear imaging, Color Doppler, Power Doppler, PW Doppler, and a 40 mm linear footprint, the D3L supports vascular access, vessel assessment, and flow quantification across superficial and selected deeper vascular targets.

• Identify peripheral veins and arteries before cannulation.
• Assess vessel depth, diameter, compressibility, wall structure, and surrounding tissue.
• Use Doppler to confirm patency, flow direction, and velocity patterns.
• Support DVT-style compression assessment in accessible venous regions.
• Use grid, in-plane, and out-of-plane puncture guides for vascular access workflows.

The D3L supports selected anesthesia and pain-management workflows using linear imaging for peripheral nerves and convex or phased imaging for broader anatomical orientation when appropriate.

• Identify accessible peripheral nerves and surrounding vessels.
• Guide selected peripheral nerve blocks and local anesthetic injections.
• Support fascia plane blocks and superficial-to-mid-depth pain procedures where anatomy is clearly visualized.
• Use Doppler to distinguish vascular structures before needle placement.
• Use standard grid, in-plane, and out-of-plane puncture assist tools for procedural confidence.

The D3L’s high-frequency linear mode supports thyroid, lymph node, salivary gland, scrotal, and other small-parts imaging within its 20–80 mm linear scan range.

• 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.

For breast-related workflows, the D3L should be positioned for accessible breast, axillary, and chest-wall assessment—not as a complete replacement for comprehensive breast imaging systems.

• Evaluate accessible palpable findings within the linear imaging range.
• Differentiate cystic-appearing from solid-appearing superficial or mid-depth findings.
• Assess peri-incisional seromas, hematomas, swelling, or postoperative fluid collections.
• Examine accessible axillary lymph nodes when clinically indicated.
• Save images, cine loops, and DICOM files for referral, follow-up, or specialist review.

The D3L supports practical soft-tissue and dermatology-adjacent workflows, especially for lesions, collections, or foreign bodies located within the linear scan range.

• 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.

With convex, linear, and phased imaging in one scanner, the D3L can support pediatric POCUS workflows when used by trained clinicians with appropriate pediatric protocols.

• Assess pediatric abdominal, bladder, renal, and soft-tissue concerns with convex or linear imaging.
• Support focused lung and cardiac screening in pediatric bedside settings.
• Evaluate superficial soft-tissue swelling, foreign bodies, abscesses, and vascular access targets.
• Use linear imaging for selected pediatric MSK, hip-region, or small-parts evaluations.
• Capture quick cine loops and still images to support documentation and follow-up.

Wireless connectivity, cross-platform compatibility, 3-hour scanning time, and flexible export formats make the D3L practical for mobile whole-body POCUS workflows.

• Scan on iOS, Android, or Windows devices without subscription barriers.
• Use built-in WiFi for wireless scanning in clinics, hospitals, field settings, and remote locations.
• Export JPEG, PNG, MP4, and DICOM files for documentation and sharing.
• Capture cine loops for review, referral, or remote consultation.
• Carry convex, linear, and phased array capabilities in one affordable handheld scanner.

The D3L provides an accessible education and research platform for whole-body POCUS, procedural ultrasound, Doppler workflows, and multi-probe clinical training.

• Teach convex, linear, and phased array scanning with one handheld device.
• Build training modules for FAST, cardiac, lung, vascular access, MSK, nerve block, thyroid, and abdominal POCUS.
• Compare Doppler workflows for vascular flow, perfusion, and hemodynamic assessment.
• Collect still images, cine loops, PW Doppler traces, and DICOM files for teaching or protocol development.
• Support simulation, bedside teaching, and longitudinal follow-up across multiple clinical specialties.