CD2 Phased + Linear Handheld Ultrasound Scanner for Cardiac POCUS

Built for emergency cardiac and vascular POCUS, the CD2 combines phased array imaging for cardiac and lung views with linear-probe detail for vascular access, superficial anatomy, and procedural support.

• Perform focused cardiac assessment for gross ventricular function and pericardial effusion.
• Assess lung sliding, pleural lines, B-lines, consolidation, and pleural effusion.
• Support shock and dyspnea workflows with cardiac, lung, and Doppler information.
• Guide peripheral vascular access and selected bedside procedures with standard puncture assist tools.
• Use Color, Power, and PW Doppler to evaluate flow, patency, and hemodynamic patterns.

With a phased array transducer, M-Mode, Color Doppler, and PW Doppler, the CD2 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 parasternal and apical cardiac windows for rapid bedside cardiac screening.
• Apply M-Mode for heart rate, motion, and basic cardiac measurement workflows.
• Use PW Doppler to assess flow velocity and basic hemodynamic patterns.

The CD2 supports lung and pleural ultrasound using phased imaging for deeper windows and linear imaging for superficial pleural detail.

• 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 pleural abnormalities when accessible.
• Use linear imaging for high-resolution pleural line detail.
• Capture cine loops for follow-up, consultation, or bedside reassessment.

With a 7.5/10 MHz linear transducer, Doppler flow modes, and a 25 mm footprint, the CD2 supports peripheral vascular access and accessible vessel assessment.

• Identify 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 peripheral IV access, difficult cannulation, and selected line-placement workflows.
• Guide needle entry with grid, in-plane, and out-of-plane puncture support.

The CD2’s linear probe and Doppler suite support carotid and peripheral vascular-flow workflows where high-frequency linear imaging is required.

• Visualize carotid artery walls, lumen, plaque, and surrounding vascular anatomy.
• Measure intima-media thickness and vessel diameter when clinically appropriate.
• Use PW Doppler to assess flow velocity, waveform morphology, and hemodynamic patterns.
• Review accessible peripheral arterial or venous flow in superficial-to-mid-depth regions.
• Document Doppler traces, measurements, and cine loops for follow-up or referral.

The CD2 supports selected anesthesia and pain-management workflows using linear imaging for peripheral nerves and Doppler tools for vascular avoidance.

• Identify accessible peripheral nerves and surrounding vessels.
• Guide selected peripheral nerve blocks and local anesthetic injections.
• Evaluate nerve entrapment patterns such as median nerve compression at the wrist.
• Use Color, Power, and PW Doppler to distinguish nerves from nearby vascular structures.
• Use standard grid, in-plane, and out-of-plane puncture assist tools for procedural confidence.

The linear transducer provides high-frequency imaging for musculoskeletal, sports medicine, orthopedic, rheumatology, and rehabilitation workflows within the 20–100 mm linear scan range.

• 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 superficial MSK procedures.
• Compare symptomatic and contralateral anatomy using split-screen imaging for follow-up.

The CD2’s high-frequency linear mode supports thyroid, lymph node, salivary gland, scrotal, and other small-parts imaging.

• 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 CD2 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 CD2 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.

For frontline clinicians, the CD2 provides a focused bedside tool for cardiac screening, lung assessment, vascular access, superficial anatomy, and Doppler-based flow evaluation.

• Support focused cardiac screening for gross function and pericardial effusion.
• Assess dyspnea-related lung and pleural findings at the bedside.
• Evaluate superficial masses, soft-tissue swelling, 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.

With phased and linear imaging in one device, the CD2 can support pediatric bedside POCUS when used by trained clinicians under appropriate pediatric protocols.

• Perform focused pediatric cardiac views when acoustic windows are adequate.
• Assess pediatric lung and pleural findings with phased or linear imaging.
• Evaluate superficial soft-tissue swelling, foreign bodies, abscesses, and vascular access targets.
• Use linear imaging for selected pediatric MSK, small-parts, or vessel assessments.
• Capture quick cine loops and still images to support documentation and follow-up.

Wireless connectivity, cross-platform compatibility, cine-loop capture, and flexible export formats make the CD2 practical for mobile cardiac and linear-probe workflows.

• 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 documentation and sharing.
• Capture cine loops for cardiac, lung, vascular, or procedural review.
• Carry focused cardiac and high-frequency linear capabilities in one pocket-sized scanner.

The CD2 provides a focused platform for education and research involving cardiac POCUS, lung ultrasound, vascular access, Doppler flow, nerve blocks, MSK, and small-parts ultrasound.

• Teach phased and linear scanning techniques with one handheld device.
• Build training modules for focused cardiac, lung, vascular access, nerve block, MSK, and thyroid POCUS.
• Compare Doppler workflows for cardiac flow, carotid flow, peripheral vessels, and procedural 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 cardiac and linear-probe workflows.