C5S Ultra-Light Convex Handheld Ultrasound Scanner for Abdominal POCUS

With a 3.2/5.0 MHz convex transducer, 60° field of view, and 90–305 mm scan depth, the C5S is built for essential abdominal imaging, FAST-style assessment, and everyday transabdominal POCUS.

• Evaluate liver, gallbladder, spleen, kidneys, 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 ascites, abdominal fluid collections, hydronephrosis, and bladder volume.
• Use Color, Power, and PW Doppler to evaluate selected abdominal vascular flow patterns.

For women’s health workflows, the C5S should be positioned for transabdominal obstetric, pelvic, and gynecologic POCUS—not transvaginal or endocavity imaging.

• Support transabdominal assessment of uterus, adnexa, pelvic fluid, and selected pelvic masses.
• Perform basic obstetric measurements such as CRL, BPD, GS, FL, HC, and AC when clinically appropriate.
• Review fetal heart activity, fetal presentation, placental location, and amniotic fluid.
• Use Doppler to assess selected uterine, adnexal, fetal, or pelvic flow patterns.
• Save still images, cine loops, and DICOM files for documentation, consultation, or follow-up.

With deep convex imaging and built-in bladder-volume measurement support, the C5S is suitable for focused renal, bladder, and transabdominal urology workflows.

• Evaluate kidney size, renal architecture, hydronephrosis, and collecting-system dilation.
• Assess bladder distension, bladder volume, and post-void residual when clinically indicated.
• Support focused evaluation of urinary retention, renal colic, or suspected obstruction.
• Use Doppler to review selected renal, pelvic, or bladder-adjacent flow patterns.
• Document renal and bladder findings with still images, cine loops, and measurements.

The C5S supports convex lung and pleural ultrasound where a broader field of view and deeper penetration are helpful.

• Assess lung sliding, pleural line movement, A-lines, and B-lines.
• Support focused evaluation of pleural effusion, consolidation, atelectasis, and pulmonary edema patterns.
• Use convex imaging for broader intercostal views and deeper pleural windows.
• Review diaphragm-adjacent pleural findings and larger fluid collections when accessible.
• Capture cine loops for follow-up, consultation, or bedside reassessment.

For frontline clinicians, the C5S provides a compact convex POCUS tool for abdominal pain, trauma screening, urinary complaints, pregnancy-related checks, lung symptoms, and bedside fluid assessment.

• Perform FAST-style evaluation for free fluid in acute care or trauma settings.
• Assess abdominal aorta, gallbladder, kidneys, bladder, and pelvic fluid.
• Support bedside evaluation of pleural effusion, lung consolidation, and B-line patterns.
• Review bladder distension, hydronephrosis, ascites, and deep fluid collections.
• Capture and export images or cine loops for triage, documentation, referral, or follow-up.

With convex depth, Doppler modes, and standard puncture assist tools, the C5S supports selected ultrasound-guided procedures involving deeper abdominal, pelvic, or pleural targets.

• Guide paracentesis planning for ascites assessment and drainage.
• Support selected thoracentesis workflows for accessible pleural effusions.
• Assist aspiration or drainage planning for deeper abdominal or pelvic fluid collections.
• Use Doppler to identify vascular structures before needle advancement.
• Document pre-procedure, in-procedure, and post-procedure findings with images or cine clips.

For anesthesia and perioperative workflows, the C5S is best positioned for convex-guided assessment and selected deep fascial plane procedures—not superficial peripheral nerve blocks.

• Support gastric antrum assessment for perioperative gastric-volume evaluation.
• Assess diaphragmatic motion and pleural findings in perioperative or respiratory workflows.
• Guide selected TAP, quadratus lumborum, or other deep fascial plane blocks when anatomy is clearly visualized.
• Identify deep fluid collections or abdominal targets before procedural planning.
• Use grid, in-plane, and out-of-plane puncture guides for selected convex-guided procedures.

The C5S can support pediatric abdomen and lung POCUS when used by trained clinicians with appropriate pediatric protocols and acoustic windows.

• Evaluate pediatric abdominal organs, bladder, kidneys, and abdominal free fluid.
• Support focused assessment of abdominal pain, distension, vomiting, or suspected hydronephrosis.
• Assess pediatric lung and pleural findings such as consolidation, effusion, or B-line patterns.
• Use Doppler for selected pediatric abdominal or renal flow evaluation.
• Capture quick cine loops and still images for documentation, referral, or follow-up.

Ultra-light design, WiFi/USB dual connectivity, cross-platform compatibility, and flexible export formats make the C5S practical for mobile convex-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 abdominal, OB/GYN, lung, renal, or procedural review.
• Use the 2200 mAh battery and 1.5-hour scanning time for focused daily POCUS sessions.

The C5S provides an accessible education and research platform for convex-probe POCUS, abdominal imaging, obstetric scanning, renal/bladder assessment, lung ultrasound, and Doppler workflows.

• Teach convex scanning for abdomen, FAST, OB/GYN, renal, bladder, and lung POCUS.
• Build training modules for transabdominal imaging, fluid assessment, and convex-guided procedures.
• Practice Doppler workflows for renal, abdominal, pelvic, and fetal vascular 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 in essential convex imaging workflows.