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Conquer Scanxiety: Building Confidence with the Aspire 8-Step Veterinary Ultrasound Protocol

The journey to mastering veterinary ultrasound can feel daunting. That’s why veteran sonographers Angie Lloyd-Jones and Julie Burnage of Aspire UCS have developed a systematic survey technique for veterinarians seeking to transform ultrasound from an intimidating tool into a diagnostic powerhouse.

For Angie and Julie Burnage, a full abdominal survey is the gold standard that yields holistic, reliable results, granting the operator a “superpower” in the clinic. This article breaks down the foundational steps for new users, focusing on image optimization and the first three steps of their Aspire UCS 8-Step abdominal survey. Register for this webinar for steps 4-8 on January 28th, 2026.

The article is based on a popular Clarius webinar presented by Angie and Julie, which is now available to watch on demand: Small Animal Ultrasound: Mastering the Aspire UCS 8-Step Abdominal Ultrasound Survey Technique^™.

WATCH NOW

Read on for key clinical takeaways and brief video tutorials.

1. The Power of a Protocol: Why Go Beyond POCUS?

While Point-of-Care Ultrasound (POCUS) like FAST/AFAST exams are invaluable for rapid binary (yes/no) answers in critically ill patients, a complete survey is necessary for thorough diagnosis.

Julie Burnage highlights the efficiency gained: “We go in a clockwise direction always. We start with our patient in the right lateral.” This methodical approach ensures no organs are missed and justifies sedation for a longer, more compliant, and accurate examination.

Key Clinical Takeaway: “There is absolutely no such thing as a quick scan because there is lots to get through. Our aim really is to help people to master manageable, learnable little scan components that can then be bolted together to build confidence…” —Angie Lloyd-Jones

2. Mastering the Controls: Image Optimization (“Knobology”)

Ultrasound is operator-dependent; learning to “drive” your machine properly is non-negotiable for obtaining diagnostic-quality images.

Essential Controls for Beginners

Control	Function & Goal	Expert Advice
Depth	Sets the display range. Must be adjusted for every organ.	“Put the region of interest in the middle of the screen so that because that’s where your eye is drawn automatically…” —Julie Burnage
Frequency	Determines image resolution vs. penetration.	“Higher frequency. Less depth of penetration but much better resolution.” —Julie Burnage
Overall Gain	Amplifies all returning signals equally (the image’s overall brightness).	Set the gain at about two thirds to three quarters of the range.
Focal Zone	The depth at which the ultrasound beam is narrowest, providing the best detail.	“The aim is to have the focus ideally at the region of interest.” —Angie Lloyd-Jones
Dynamic Range	Controls contrast by altering the range of grayscale displayed.	“If we have fewer grays, we have a more contrasty image… that can really make structures pop out and make them so visual.” —Angie Lloyd-Jones

3. Survey Steps 1–3: The Cranial Abdomen

The systematic survey begins with the patient in right lateral recumbency.

Step 1: Diaphragm, Liver, and Gallbladder

Scan the liver by moving the probe in long axis (sagittal) from the midline, fanning down toward the table, and then up toward the ceiling. Rotate to short axis (transverse) and sweep cranially to caudally, making sure to overlap your sweeps.

Gallbladder Tip: The gallbladder is a mobile, gravity-dependent structure. “The gallbladder has flopped down towards the table to the gravity dependent.” —Julie Burnage

Video Tutorial: Scanning the diaphragm, liver, and gallbladder

Watch this 10-minute video to see Julie and Angie demonstrate their techniques for scanning the diaphragm, liver, and gallbladder in detail.

Step 2: Stomach, Pylorus, and Left Pancreas

The challenge here is navigating the gas-filled stomach and colon.

Pancreas Location: Unlike most organs, “The pancreas and the stomach lie across the patient,” meaning a sagittal probe orientation produces a short-axis image of the pancreas.
Anatomical Landmarks: Focus on locating these structures to bracket the pancreas:
1. Caudal margin of the stomach.
2. Gas in the transverse colon.
3. The splenic portal vein.
“In between those three landmarks… will be part of your left limb of pancreas.” —Angie Lloyd-Jones
Prognostic Tip: “If you’re not seeing it greatly [pancreas], it’s probably because it’s normal.” —Julie Burnage

Video Tutorial: Scanning the Stomach, Pylorus, Duodenum, and Pancreatic Limb

In this next video, Julie and Angie from Aspire UCS demonstrate their ultrasound techniques to evaluate the stomach, duodenum, the pylorus, and the left limb of the pancreas.

Step 3: Spleen

The spleen is large in dogs, extending from the left to the right abdomen.

Head of Spleen: This is the most challenging part to visualize due to the rib cage.
- “Don’t just scan to the costal margin angle underneath the costal margin.” —Angie Lloyd-Jones
Vessels: Check the splenic vessels to rule out torsion.
Margins: Look at the caudal margins of the liver and spleen; if they are rounded and blunted, it can indicate a disease process and enlargement.

Video Tutorial: Scanning the Diaphragm, Spleen, and Splenic Vein

Julie and Angie demonstrate techniques for scanning the left hemidiaphragm and the spleen, with tips on what to look for during the ultrasound evaluation in this 5-minute video.

Key Takeaways from the Veterinary Ultrasound Q&A Session

The webinar Q&A session with attendees addressed practical challenges, equipment features, and key anatomical landmarks for veterinarians learning ultrasound.

Anatomical and Scanning Advice

Pancreas Identification: The ideal setting varies by equipment and patient size. For abdominal scanning, use the highest lower frequency you can to get better resolution. Look for the three key landmarks: the caudal margin of the stomach, the colon (indicated by gas), and the splenic portal vessel. The pancreas will be ventral to the portal vessel.
- Normal pancreas: If you’re struggling to see it clearly, it’s often because it’s normal and blends with the surrounding mesentery.
Needle Aspiration (FNA): Geometry is crucial. With a micro-convex probe, insert the needle at a steep angle to maximize the chance of hitting scan lines. Changing the dynamic range will make the blacks (vessel lumen) and whites (needle shaft) stand out more.
Patient Positioning: While the recommended approach is starting in right lateral recumbency, good sonographers must be adaptable. Be mindful that turning the patient changes the relative positions of mobile organs.
Ferrets: Ferrets require a very high frequency probe because they’re so thin. Due to their flatter anatomy, starting in dorsal recumbent position may be suitable.
Pylorus/Right Pancreas: To find these, scan underneath the patient’s right side in long axis, find the right kidney, and follow the descending duodenum up towards the stomach.

Procedural and Training Questions

Sedation: Sedation is generally recommended for a full abdominal survey. It ensures a compliant patient for the 40-minute duration, allows the operator to apply necessary pressure without causing pain, and promotes efficiency if FNA is needed.
Eight-Step Approach vs. Binary Questions: The detail in the eight-step approach can seem daunting. The steps are intended as manageable, learnable components. Veterinarians should practice steps individually (e.g., Step 2 or 5) on routine cases, building towards the full survey.
FAST/BFAST Protocols: For sick, unstable patients, established protocols are recommended, such as those by Dr. Shalhoub and Boysen. These are often found in educational resources like the Clarius Classroom and on YouTube.

Equipment and Features

Scanning Tables: The presenters do not use a cradle; they scan patients lying flat on a wet bed on the table to allow the operator to scan up and underneath. Sandbags or wedges are used to support the patient and prevent falls.
Auto Scan/Auto Preset AI: This feature that was demonstrated during the webinar is a toggle button on the Clarius system. When the auto scan is orange, it is on and automatically optimizes settings (gain, depth, etc.) as the anatomy is recognized (e.g., Cardiac, Lung, Bladder). When the button is white, the user can manually optimize the image using individual controls.

Video: Auto Preset AI for Veterinary Ultrasound

Watch this 2-minute video to see Shelley Guenther demonstrate how Auto Preset AI for VET recognizes the anatomy being scanned and selects the appropriate preset for hands-free image optimization.

Final Clinical Takeaway: “Always annotate representative images of what you’re looking at because it’s evidence of what you saw and when you saw it.” —Angie Lloyd-Jones

Register for Aspire Webinar Part 2

Angie and Julie are back soon to co-present a webinar with Clarius. Register now to reserve your spot! Building on Part 1, this session will dive into Steps 4 – 8 of their proven approach to canine and feline abdominal imaging. Angie and Julie will share practical instruction and scanning demonstrations designed to help you advance your skills with confidence. Learn more.

Master Veterinary Scanning with Wireless Ultrasound Specialized for Companion Animals

Clarius VET HD3 scanner is designed to deliver high-definition, wireless ultrasound imaging with the performance of a traditional system at a fraction of the cost. The wireless design and zero footprint make them highly portable, enabling clinicians to perform exams anywhere in the clinic or in the field without wires getting in the way or startling animals. The Clarius VET HD3 comes with an intuitive, AI-powered app for iOS or Android devices that streamlines workflows and automatically optimizes imaging. The Clarius ecosystem includes access to Clarius Cloud for unlimited exam storage and management, Clarius Classroom videos, and a one-click telemedicine feature with Clarius Live, making it a comprehensive and user-friendly solution for veterinary professionals.

To learn more about how you can add wireless ultrasound to your practice, visit our Veterinary Specialty Page. There you’ll have access to additional webinars and classroom videos. For more information you can request a personalized virtual ultrasound demo. 

A Structured Approach to MSK Ultrasound of the Hip with Marc Schmitz

Although point-of-care ultrasound offers a powerful way to visualize hip pathology and guide interventions in real-time, it’s currently underutilized in clinical settings. Instead, X-rays are typically standard, which often fail to reveal the soft tissue pathology driving the patient’s pain.

We recently partnered with Marc Schmitz, renowned ultrasound educator and founder of Sonoskills, to demonstrate how POCUS in the clinic can aid in diagnosis, treatment planning, and efficacy, improving care and outcomes for your patients with hip pain.

Marc, who has trained over 15,000 clinicians, guides attendees through his “step-by-step approach” to the hip, moving beyond basic diagnostics to advanced visualization of the hip joint, the complex rectus femoris anatomy, and the often-misunderstood lateral hip.

Watch the 1-hour webinar recording: POCUS for MSK: A Structured Approach to the Hip. Read on for some highlights and video tutorials with Marc.

The Hip Joint: “Have Fluid as Your Friend”

The session begins with the anterior hip joint, where Marc emphasizes looking for changes in morphology and echogenicity. He notes that for fluid detection and synovitis, “ultrasound is the preferred imaging technique.”

Targeting Effusions: Marc advises clinicians to “look for the bone to capsule distance” to identify effusions. When guiding injections, he notes, “Have fluid as your friend. Go for the fluid. This is an easy target, and your patients will be very happy with this procedure.”
The Sono-Vital Score: To assess severity, Marc introduces a grading system for the joint capsule:
- Grade 1: The capsule is concave but “slightly elevated”.
- Grade 2: The capsule is elevated and “straight”.
- Grade 3: There is a “convexity of the capsule” resulting from overpressure by a huge amount of fluid.

VIDEO TUTORIAL: Ultrasound Examination of the Hip Joint

Watch this video to see Marc demonstrate his ultrasound technique for the anterior hip, including the acetabulum, greater trochanter, femoral neck, and hip joint.

The Rectus Femoris: Mastering the Indirect Tendon

Moving to the anterior thigh, Marc highlights the rectus femoris, specifically the importance of visualizing both the direct and indirect tendons. He warns that while the direct tendon is taught at a foundational level, the indirect tendon is where complex pathology often hides.

Anatomy: The direct tendon originates from the anterior inferior iliac spine (AIIS), while the indirect tendon “curves down and wraps around the acetabulum.”
Technical Challenges: Marc notes that “anisotropy is… definitely present when scanning the indirect tendon,” making angle correction vital for accurate diagnosis.
Calcifications: When spotting calcifications, Marc distinguishes between Type 1 (hard, acoustic shadowing) and Type 3 (soft, no shadowing). If unsure if it’s an avulsion or calcification, he suggested: “ask to activate the rectus femoris… maybe by pulling, you can already visualize it from a little bit different angle.”

VIDEO TUTORIAL: Ultrasound Assessment of the Rectus Femoris Tendon

Here’s Marc’s video demonstration of how to scan the direct head of the rectus femoris tendon and muscle.

The Lateral Hip: “It’s Not a Bursitis”

Perhaps the most clinically impactful segment was the discussion on lateral hip pain. Marc challenged the common diagnosis of trochanteric bursitis.

The Real Culprit: “My personal opinion is… that in most cases, it’s not a bursitis. It is something else. Yes, it’s the glutes,” Marc states, pointing to the gluteus minimus and medius as the major sources of pain.
Anatomy Matters: He stresses knowing the facets of the greater trochanter:
- Anterior Facet: Carries the gluteus minimus.
- Lateral Facet: Carries the gluteus medius.
Guidance is Key: Because bursae can vary in position—appearing under the gluteus maximus, medius, or minimus—Marc warns, “You really need to do ultrasound guided injections… Don’t do any blind injections.”

VIDEO TUTORIAL: POCUS of the Lateral Hip

Watch this 7-minute video to see Marc demonstrate how to scan the trochanteric region of the lateral hip, including how to rule out trochanteric bursitis.

Q&A with Marc

Q: Do you prefer a convex or linear transducer for hip injections?

Ideally you would be equipped with both… The rule in ultrasound is always start as high frequency as possible. So, I always start with my linear choice. If that doesn’t do, I reduce the frequency. And if that doesn’t help, I switch to curvilinear.”

Q: How do you explain a huge effusion on MRI, but in ultrasound, you can’t even aspirate a few drops?

Fluids can be pushed away with the transducer. So always keep MSK ultrasound pressure to a minimum.”

Q: What frequency do you recommend for neovascularization?

You would expect the higher frequency, but sometimes it’s easier to see it with a slightly lower frequency… The most important thing in neovascularization is… the setting, the right PRF or scale… [and] the right gain.”

Watch the Full Webinar

See the “Sono-Vital” scoring in action and watch the live scanning demonstration of the gluteal tendons by accessing the full webinar here: POCUS for MSK: A Structured Approach to the Hip

Gain More Insights with Clarius Ultrasound for MSK

From first injury to full recovery, Clarius delivers high-definition MSK imaging and guidance to diagnose injuries, guide procedures, and deliver confident care.

The Clarius L15 HD3 high-frequency linear scanner was used in the live scanning demonstration of the hip during the webinar. The system provides visualization of small vessels using Color Doppler to ensure a safe needle trajectory. With “no wires getting in the way,” the Clarius scanner is easy to clean and disinfect, making it ideal for procedures. During the demonstration, Sonographer Janaye Smith, demonstrates how hands-free Voice Controls can be used to adjust parameters without touching the screen, noting, “It does it automatically for me, which is really nice when we’re doing procedures where you want to keep your hands clean or sterile.”

From Everest to the Office: 5 POCUS Exams Every Primary Care Physician Should Master

For primary care providers, the gap between a physical exam and a definitive diagnosis often means a referral and a wait—a gap that point-of-care ultrasound (POCUS) is now closing right at the bedside. During a recent webinar, Dr. Tatiana Havryliuk—Emergency Physician and founder of Hello Sono—shared her roadmap for integrating ultrasound into everyday practice.

Dr. Havryliuk knows the versatility of these devices firsthand. As she noted during the presentation, while showing a photo of herself scanning a patient on a glacier:

This is actually me at 17,000ft at Everest Base Camp in Nepal performing point of care ultrasound… there’s no reason why we can’t make this happen for your primary care practice.”

Watch the full webinar to see Dr. Havryliuk’s deep dive into scan techniques and live demonstrations. Read on for some highlights and expert tutorials.

Why POCUS? Why Now?

Adoption of POCUS in primary care is growing, particularly in rural areas where radiology support is scarce. Dr. Havryliuk highlights why now is the perfect time to start:

Affordability: “For about $5,000, you can get… a handheld device that lets you do all the basic applications at the bedside… In the past, you had to spend $40,000 or more to have a cart-based system.”
Patient Trust: “95% of patients who were scanned during a clinic visit actually thought that their level of service was better, and 65% of them reported that they trusted their provider more.”
Efficiency: You get an extra data point immediately, allowing you to start treatments—like diuresis or antibiotics—sooner, rather than waiting for X-ray results.

5 High-Yield POCUS Applications for Primary Care

Dr. Havryliuk detailed five core exams that are high-yield and easier to learn than advanced applications.

1. Lung Ultrasound

This exam helps rule out dangerous pathology immediately for patients with shortness of breath, chest pain, or cough.

Pneumonia vs. Atelectasis: Dr. Havryliuk explained the frustration of ambiguous radiology reports: “When you get that chest x ray read that says ‘clinically correlate atelectasis versus pneumonia’… [with] ultrasound you can actually tell, ‘Hey, this is pneumonia because I’m seeing those dynamic air bronchograms.'”
Pneumothorax: Look for “lung point,” which Dr. Havryliuk notes is “100% specific for a pneumothorax.”

VIDEO: Lung Ultrasound Techniques for Primary Care

In this video, Dr. Havryliuk describes indications for lung ultrasound and the benefits of lung ultrasound in a primary care setting. She uses the Clarius PAL HD3 for the exam.

2. Abdominal Aorta (AAA) Screening

Essential for screening men over 65 who smoke, or evaluating abdominal pain.

Technique: Visualize the aorta in transverse and sagittal planes.
Crucial Tip: “Make sure you are measuring outer to outer wall of the aorta so you don’t miss an aneurysm.”
Dissection Warning: “Just remember, do not use POCUS to rule out a dissection. You can only rule it in with POCUS.”

VIDEO: POCUS of the Abdominal Aorta

Watch Dr. Havryliuk demonstrate how to scan the abdominal aorta to rule out AAA in patients presenting with abdominal, flank, or low back pain. She uses the Clarius PAL HD3 for the exam.

3. Renal and Bladder

Ideal for workups of hematuria, flank pain, or urinary retention.

Hydronephrosis: Look for anechoic (black) fluid in the center of the kidney.
Stones: Ultrasound can identify stones before they move; Dr. Havryliuk pointed out hyperechoic specks in a scan as stones “that have not traveled yet… about to wreak havoc.”

VIDEO: Renal and Bladder Ultrasound

In this video, Dr. Havryliuk demonstrates her ultrasound techniques for a quick ultrasound assessment to rule out obstruction and urinary retention in patients presenting with suprapubic pain, difficulty voiding, or flank pain.

4. Lower Extremity DVT

POCUS allows you to rule out proximal Deep Vein Thrombosis (DVT) at the bedside.

The “Pop on Top” Mnemonic: When scanning the popliteal vein, remember it “sits on top of the artery… pop on top if you want to remember it pretty easily.”
Patient Reassurance: “Instead of having patients, ‘Hey, hey, wait for three days or go to the E.R.’… you get to tell them at the bedside that you’re not seeing a proximal leg DVT.”

VIDEO: Lower Extremity DVT Ultrasound

Ultrasound is the standard for diagnosing DVT and can help prevent a potentially dangerous pulmonary embolism if a clot is found. In this video, Dr. Havryliuk demonstrates her 3-point compression technique to assess the deep veins of the legs.

5. Musculoskeletal (MSK)

Useful for swollen joints or tendon injuries.

Safety: You can avoid radiation from unnecessary X-rays.
Procedure Guidance: It ensures you aren’t “doing knee taps on patients who have no fluid in their knee.”

VIDEO: Achilles Assessment

Watch this video to see Dr. Havryliuk demonstrate how to perform a POCUS assessment of the Achilles tendon in patients presenting with posterior ankle pain.

Implementation: Building a Compliant Program

To successfully implement POCUS, Dr. Havryliuk emphasizes that you cannot just buy a scanner and start; you need a workflow.

Credentialing is Key: “I do believe that credentialing is necessary… and it does take some time. I would estimate 3 to 12 months at the very least.”
Proficiency Standards: She recommends a minimum of 25 supervised scans per application to achieve proficiency.

The ROI of POCUS – for clinics in the United States

Dr. Havryliuk broke down the financial benefits for a primary care clinic in the United States that could result from direct billing and indirect savings.

Revenue: A primary care clinic performing 10 exams per week can generate between $30,000 and $90,000 per year in billable revenue.
Value-Based Care: POCUS fits perfectly into value-based models by delivering patient-centric, cost-effective treatment.

Q&A with Dr. Tatiana Havryliuk

Q: Do you use Doppler flow while doing a DVT study?

Dr. Havryliuk: “Typically for the compression-focused study, you don’t need to use Doppler… I don’t usually use it unless I am having a hard time visualizing the vessels… compression is the most important part of this exam.”

Q: How do you differentiate between acute and chronic DVT?

Dr. Havryliuk: “With an acute clot… the clot will look more anechoic than hyper echoic. And it’s also not going to be like attached to the wall… versus on the chronic ones, you might have a partial clot that’s even a little bit calcified. Sometimes they are like attached to the wall of the vessel.”

Q: Is it risky to do a DVT scan if you aren’t certified?

Dr. Havryliuk: “I would get your scans… get CME, get your scans reviewed, have documentation. I think that would be a huge protection medical legally.”

Why Clarius is the Ideal Choice for Primary Care

During the live demonstration, Patrick Villaruel, Clarius Clinical Specialist, highlighted why the Clarius HD3 is specifically suited for the primary care environment:

Versatility (The PAL Probe): Patrick demonstrated the “Phased Array Linear” (PAL) probe, which combines two probes in one, allowing you to scan deep structures (like the bladder) and superficial structures (like the shoulder) without changing devices.
AI-Powered Assistance: Features like Voice Controls allow hands-free adjustments, while AI Bladder automatically measures volume, increasing exam efficiency.
Educational Overlay: The “T-Mode™ acts like a live biology textbook, labeling tissues in real-time to help learners identify anatomy.
Seamless Workflow: Clarius is wireless, works with iOS and Android, and includes Clarius Cloud for unlimited exam storage and reporting from anywhere.

Ready to start your POCUS journey?

Watch the full webinar to see live scanning demonstrations and to get detailed explanations of how Dr. Havryliuk uses ultrasound to deliver the best patient care. When you’re ready to consider Clarius for your practice, contact us for a personal virtual demo to learn more.

Learn POCUS in Minutes: The 10 Most-Watched Clarius Classroom Experts

Whether you are a seasoned ultrasound user or just unboxing your first handheld scanner, the journey to ultrasound proficiency is a continuous one. That’s why we’ve built Clarius Classroom, a library of hundreds of free, expert-led tutorials showcasing proven ultrasound techniques. These tutorials are available on our website, on our YouTube channel and on the Clarius App for reference during exams.

We’ve curated a list of the most popular expert-led micro-learning videos across specialties including primary care, women’s health, men’s health, pain management, emergency medicine and plastic surgery.

Chosen by our community for their clarity and practical application, these top-trending tutorials cover the essential scanning techniques to improve patient outcomes and increase procedural safety.

1. Transrectal Periprostatic Block

Dr. Kevin Zorn
Specialty: Urology
Scanner: Clarius EC7 HD3

Focus: Dr. Zorn takes us into his exam room to capture a 3-minute tutorial demonstrating an ultrasound-guided periprostatic block for pain control on a patient who will be undergoing Rezum Water Vapor Therapy to treat benign prostatic hyperplasia (BPH). Follow by a demonstration of a 5-minute examination of the urinary bladder and prostate, which is typically performed on patients presenting with lower urinary tract symptoms.

NOTE: Clarius offers the only wireless handheld endocavity ultrasound scanner, which Dr. Zorn uses for this procedure.

Transrectal Periprostatic Block

Watch more Classroom videos by Dr. Zorn.

2. Third Trimester: Locate Fetus and Placenta

Expert: Dr. Ulrike Dehaeck
Specialties: Emergency Medicine, Primary Care, Rural, Women’s Health
Scanner: Clarius C3 HD3

Focus: An essential exam for determining fetal position and confirming that the placenta is not low-lying as a pregnancy progresses toward term.

Third Trimester: Locate Fetus and Placenta

Watch more Classroom videos by Dr. Dehaeck.

3. Hyaluronic Acid Knee Injection

Expert: Dr. Trent Brereton
Specialties: MSK, Pain Management
Scanner: Clarius L7 HD3

Focus: A 3-minute video showing how to locate a knee effusion and perform an ultrasound-guided intra-articular injection of hyaluronic acid for lubrication and pain relief.

Hyaluronic Acid Knee Injection

Watch more Classroom videos by Dr. Bereton.

4. Femoral Vein for Central Line Placement

Expert: Dr. Brian Johnson
Specialties: Critical Care, Emergency Medicine, Hospitalist
Scanner: Clarius PAL HD3

Focus: Technique for visualizing the femoral vein with ultrasound and ultrasound-guided central line insertion.

Femoral Vein for Central Line Placement

Watch more Classroom videos by Dr. Johnson.

5. Peripheral Venous Catheter Placement

Expert: Dr. Thomas Cook
Specialties: Critical Care, Emergency Medicine, EMS, Hospitalist, Nursing, Primary Care, Rural Healthcare
Scanner: Clarius L7 HD3

Focus: Dr. Cook demonstrates his start-to-finish technique for ultrasound-guided peripheral catheter placement on a real patient in this detailed video.

Peripheral Venous Catheter Placement

Watch more Classroom videos by Dr. Cook

6. TAP Block

Expert: Dr. Marc Salzman
Specialties: Anesthesiology, Pain Management, Plastic Surgery, Regional Anesthesia
Scanner: Clarius L7 HD3

Focus: This 3-Min tutorial offers step-by-step instructions for performing a Transversus Abdominis Plane (TAP) block for effective pain management.

TAP Block

Watch more Classroom videos by Dr. Salzman.

7. Intra articular Knee Joint Cortisone Injection

Expert: Dr. Frank Johnson
Specialties: MSK, Sports Medicine, Pain Management
Scanner: Clarius L15 HD3

Focus: Dr. Johnson demosntrates how he uses ultrasound to guide his injection to the joint.

Intra articular Knee Joint Cortisone Injection

Watch more Classroom videos by Dr. Johnson.

8. Ultrasound Guided BBL Procedure

Expert: Dr. Pat Pazmiño
Specialties: Plastic Surgery
Scanner: Clarius L7 HD3

Focus: A demonstration of how to visualize the cannula while safely injecting fat between the deep gluteal fascia and superficial fascia.

Ultrasound Guided BBL Procedure

Watch more videos from Dr. Pazmiño.

9. Supraclavicular Brachial Plexus Block

Expert: Dr. Gregory Hickman
Specialties: Regional Anethesia, MSK, Sports Medicine
Scanner: Clarius L15 HD3

Focus: Learn how to perform an ultasound-guided supraclavicular block for post-op pain control.

Supraclavicular Brachial Plexus Block

Watch more Classroom videos by Dr. Hickman.

10. Scanning the Bladder

Expert: Dr. Virginia Robinson
Specialties: Primary Care, Rura
Scanner: Clarius C3 HD3

Focus: Using ultrasound to measure pre-void bladder volume.

Scanning the Bladder

Watch more Classroom videos by Dr. Robinson.

Elevating Care with Clarius

As these top-trending tutorials demonstrate, world-class experts rely on Clarius high-definition imaging to identify the finest details of anatomy and precisely guide procedures. By delivering the image quality of a high-end, cart-based system in a pocket-sized, wireless form factor, Clarius HD3 offers an unrivaled balance of power and portability at a fraction of the cost—delivering over 85% savings compared to traditional systems.

The Clarius app removes the complexity of traditional knobs and buttons, automatically optimizing your image so you can focus entirely on patient care. Whether you are performing a routine diagnostic scan or a complex ultrasound-guided procedure, Clarius provides the diagnostic confidence you need through a tool that is as easy to use as your smartphone.

Experience the Clarius Difference

Ready to see how high-definition, wireless ultrasound can transform your practice? Don’t just take our word for it—see the clarity for yourself. Hear from practicing clinicians or request a clinical demo today to discover why Clarius is the preferred choice for clinicians who demand excellence without compromise. Join the thousands of clinicians worldwide who are already using Clarius to deliver faster, safer, and more accurate care at the bedside.

4 Ways Clarius Intelligence is Turning the Clarius Ultrasound Scanner into Your Smartest Clinical Partner

Forget the buzzwords. At Clarius, AI is about one thing: making you a more confident clinician. We’ve integrated Clarius Intelligence into every layer of our handheld scanners to strip away the technical hurdles of traditional ultrasound. From automated measurements to hands-free controls, we’ve built an intelligent ultrasound scanner that fits into the palm of your hand and is faster, smarter, and more accessible than ever before. Below, we’ve rounded up the most popular Clarius AI ultrasound features that are currently helping our global community of users deliver better outcomes, one scan at a time.

1. Hands-Free Workflow: Clarius Voice Controls

Operate your scanner solo without breaking the sterile field. Use verbal commands to freeze images, change modes, or adjust depth. Clarius is currently the only handheld system offering AI-powered voice controls across its entire line of eight handheld wireless ultrasound scanners.

Watch it in action: Clarius Voice Controls During Procedures

2. Real-Time Anatomy Guidance: T-Mode™

Bridge the gap between theory and practice with Clarius T-Mode™. While scanning with any Clarius scanner, our revolutionary AI education tool enhances traditional grayscale images with anatomical labels and color-coded overlays in real time, mirroring the clarity of a medical textbook. T-Mode deciphers the grayscale images for new users, providing the visual guidance needed to master image interpretation and advance clinical accuracy faster than ever before. Clarius added new T-Mode™ models for breast, shoulder, and abdominal scanning in 2025.

Watch demonstrations of all Clarius T-Mode models in Clarius Classroom.

3. Specialized AI-Powered Tools for Faster Assessments

Clarius AI-powered tools speed up patient throughput by optimizing imaging and performing complex measurements in seconds.

MSK AI: Automatically identifies and measures musculoskeletal structures, such as the patellar, achilles, and plantar tendons in the lower limbs.

Watch it in action: MSK AI Tutorial

Bladder AI: Automatically detects the bladder and provides instant volume measurements for retention assessments.

Watch it in action: Bladder AI Volume Measurement

OB AI: Simplifies fetal biometry by highlighting anatomy and suggesting optimal image frames for measurements.

Watch it in action: OB AI for Biometry in the 2nd Trimester

4. New for 2025: Specialized Nerve & Urology AI

The latest updates to the Clarius ecosystem bring high-level automation to the hand/wrist and urology clinics.

Median Nerve AI (New May 2025): Designed specifically for Carpal Tunnel assessments, it automatically tracks and measures the median nerve cross-sectional area.

Watch it in action: Median Nerve AI Demonstration

Prostate AI (New May 2025): Automates prostate volume calculations and helps clinicians quickly calculate PSA density.

Watch it in action: Prostate AI Tutorial

Elevate Your Practice with Clarius Intelligence

Ultrasound is no longer a specialist-only tool. With the integration of Clarius Intelligence-powered features like AI Anatomy Identification & Measurements, T-Mode, and AI workflow enhancements, Clarius has removed the traditional barriers to entry. You can now scan faster, measure more accurately, and learn as you go.

Ready to experience the power of the world’s most intelligent handheld ultrasound?

Explore our lineup of specialized scanners or request a clinical demo today to learn more about our AI-powered features. Join the thousands of clinicians worldwide who are already using Clarius to deliver faster, safer, and more accurate care at the bedside.

A Landmark Year: Clarius Celebrates Profitability, Major AI Breakthroughs, and Global Growth in 2025

2025 has been a year for the history books at Clarius.

We are proud to announce that this year marked a pivotal turning point in our journey to democratize medical imaging. By working more efficiently, while never compromising on the science behind our technology, Clarius has achieved profitability in FY2025 and secured 20% year-over-year revenue growth.

This milestone is about more than just numbers; it validates our mission. It proves that a sustainable, profitable model exists for high-quality, AI-powered handheld ultrasound in a competitive market.

As our CEO, Laurent Pelissier, noted:

2025 has been a pivotal year where our commitment to evidence-based clinical innovation was converged with rigorous operational execution. Achieving profitability while simultaneously launching FDA-cleared AI models demonstrates that Clarius is not just growing, we are securing the future of handheld ultrasound.”

Leading the Charge in AI and Clinical Validation

Artificial Intelligence is no longer just a buzzword—it is a daily tool for our users. This year, we cemented our position as an AI leader in the Point-of-Care Ultrasound (POCUS) space.

We introduced two new FDA-cleared AI models in 2025, bringing our total number of FDA-cleared models to 6, with 16 AI technologies now deployed across education, diagnostic, and workflow applications.

Two of our standout innovations this year include:

Clarius T-Mode™ Shoulder, the newest of seven T-Mode Models that use AI to help clinicians to elevate their scanning skills. Watch this video to see how T-Mode™ Shoulder instantly identifies and differentiates anatomical structures and tissue layers and overlays distinctive colors, patterns, and labels to help with shoulder assessments.

Clarius Prostate AI: Automatically identifies the prostate and performs measurements to calculate volume and PSA Density for urological assessments.

Watch this video to see Clarius Prostate AI in action. It uses artificial intelligence to identify the prostate and perform measurements to calculate prostate volume and PSA Density.

Global Recognition & Expansion

Our efforts to push the boundaries of medical imaging haven’t gone unnoticed. We were honored to be named one of TIME’s “World’s Top HealthTech Companies of 2025,” earning a top ranking in the Medical Devices & Wearables category.

Internationally, our footprint is larger than ever. We have:

Expanded our distribution network to serve over 70 countries.

Doubled our growth in the Indo-Pacific region.

Selected as one of only eight companies for Canada’s Global Hypergrowth Program.

New Frontiers: Pharma & Product Innovation

This year, we expanded our ecosystem beyond direct clinical care. By partnering with leading pharmaceutical companies and Contract Research Organizations (CROs), Clarius scanners are now established as proven tools for evidence-based innovation in drug development and clinical trials.

On the product side, we didn’t slow down. We released over 60 new features across four major software updates, including:

Expanded T-Mode™ capabilities for breast, shoulder, and abdominal scanning.

Auto Preset AI tailored for veterinary medicine.

A robust IP portfolio that now includes 110 patents (with 83 granted), protecting the unique technology that makes our scanners industry-leading.

Empowering the Community

Education remains at the heart of what we do. If you attended a medical tradeshow this year, you likely saw us there—we participated in over 80 global events and hosted 15 clinical webinars. We also grew our education partner network to 29 organizations worldwide, ensuring that as the technology improves, the skills to use it remain accessible.

Looking Ahead to 2026

We’re entering 2026 on solid ground. Our financial strength allows us to aggressively expand our AI capabilities and new partnerships, ensuring that affordable, high-quality ultrasound becomes the standard of care for healthcare providers worldwide.

Thank you to our partners, customers, and team for making 2025 our best year yet.

5 Reasons Clarius is the Ideal Wireless Ultrasound Scanner for MSK Specialists

As handheld ultrasound technology has advanced, top orthopedic, pain, and physical therapy experts are choosing wireless ultrasound for accurate diagnosis, dynamic assessment, and precision-guided procedures in their clinics.

Here we break down six core reasons why the Clarius wireless scanners are often the preferred choice for MSK specialists.

1. Unmatched High-Definition Clarity for Superficial Anatomy

For MSK specialists focusing on tendons, ligaments, nerves, and superficial muscle tears—structures that demand exceptional resolution, the Clarius L15 HD3 is a high-frequency linear scanner specifically designed to deliver high-definition imaging of near-field structures. For deeper tissue and joints, the Clarius L7 HD3 or Clarius C3 HD3 is available.

See the difference: Easily visualize subtle fascicular nerve patterns, track the movement of fine needles during hydrodissection, and accurately grade small soft tissue injuries.

Clinical Confidence: When diagnosing complex conditions, you eliminate guesswork with the highest image quality available in a wireless system.

Watch this 2–minute video to see ultrasound educator Marc Schmitz demonstrate the scanner position and technique to assess the plantar fascia with the Clarius L15 HD3 ultrasound.

2. Wireless Freedom for Dynamic Exams and Procedures

The most valuable MSK exams are often dynamic, requiring the patient to move while the transducer stays focused. Cart-based systems can be cumbersome and restrictive.

Mobility: Clarius scanners operate completely wirelessly, connecting to your tablet or phone. This allows you to perform range-of-motion assessments, examine athletes on the sideline, or use the device seamlessly in a sterile operating room environment without being tethered by cables.

Ergonomics: The compact size is designed for comfort and control, making it easier to hold the transducer and guide your needle simultaneously during injections or biopsies.

Watch this video to see Dr. Rosenblum efficiently perform and demonstrate a series of cervical injections to treat his patient’s neck and arm pain, and headaches.

3. Precision Guidance for Targeted Injections and Interventions

For pain management and orthopedic surgery, accurate needle placement is paramount for effective treatment and avoiding sensitive neurovascular structures.

Advanced Features: Leverage features like adaptive gain and image presets designed specifically for MSK and Pain procedures. This clarity helps you precisely target joints, bursa, tendons, or inject hyaluronic acid or biologics with confidence.

Streamlined Workflow: Transition instantly from diagnostic imaging to therapeutic guidance using the same high-performance device.

Watch this 5-minute video to see Dr. Del Duca demonstrate the complete process for PRP injection into the glenohumeral joint of his patient with shoulder instability.

4. AI-Powered Guidance for Simplicity and Speed

Clarius integrates sophisticated Artificial Intelligence (AI) directly into the app, making ultrasound more accessible and faster for everyone—from new users to seasoned experts.

T-Mode: Features like T-Mode for Shoulder and Knee provide visual assistance, helping even novice users recognize layers of anatomy faster, reducing the learning curve significantly.

Automated Efficiency: Specialized AI, including MSK and Median Nerve AI, automatically identifies and highlights key anatomical structures on the screen. This drastically improves workflow efficiency by saving time on manual adjustments and enhancing diagnostic confidence.

In this 2-minute video, sonographer Shelley Guenther demonstrates T-Mode for ultrasound users learning how to recognize ultrasound anatomy of the anterior knee.

5. Instant, Secure Collaboration and Documentation

Modern practice requires fast, secure integration of imaging into patient records. Clarius devices link directly to the Clarius Cloud and your mobile device, transforming your documentation process.

Quick Sharing: Share images or clips instantly and securely with referring physicians or colleagues for consultation.

Data Integration: Easily integrate images into your Electronic Health Record (EHR) with secure, HIPAA/GDPR compliant storage.

See how to use Clarius Cloud to save, manage, and share your ultrasound images on Clarius Cloud in this brief video.

Ready to See the Difference?

See the high-definition difference that MSK specialists are raving about. Request a virtual demonstration today to see how the Clarius L15 HD3 can redefine precision and portability in your practice.

Get a demo

See Clarius in Action: Register for a Free Webinar with Live Demonstrations

Join SonoSkills founder Marc Schmitz, a sonographer and educator specializing in musculoskeletal ultrasound, for an expert-led webinar focused on high-resolution ultrasound of the hip joint and lateral hip region.

Unmasking Diastasis Recti: How Ultrasound Reveals What Physical Exams Miss

In the practice of plastic surgery, ultrasound has progressed from an experimental novelty for some to an essential tool for safety and precision for many clinicians. While traditional palpation has long been the standard for assessing the abdominal wall, recent studies indicate that relying purely on touch can be misleading, particularly regarding semilunar lines and oblique borders.

During a recent Clarius webinar, Dr. Khanh Nguyen, a plastic and reconstructive surgeon specializing in body contouring, shared his expertise on using high-frequency ultrasound to revolutionize the diagnosis and management of Diastasis Recti (DR). The webinar is now available to watch at your convenience.

WATCH WEBINAR

In the meantime, below are the key takeaways for surgeons looking to integrate Point-of-Care Ultrasound (POCUS) into their practice.

1. Redefining Abdominal Anatomy for Better Outcomes

Understanding the nuances of the superficial fascia is critical for lipo-sculpting. While classic texts describe two layers (Camper’s and Scarpa’s), Dr. Khanh notes that below the umbilicus, modern anatomical studies reveal three distinct layers:

Superficial Adipose Tissue: The variable layer where most fat deposits reside.
Scarpa’s Fascia: A thin but strong membranous layer crucial for closing dead space and reducing tension during abdominoplasty.
Deep Adipose Tissue: A layer often close to the muscle containing the lymphatics.

Clinical Pearl: Dr. Khanh advises preserving the deep adipose tissue during abdominoplasty. This layer houses the lymphatics; preserving it significantly reduces postoperative drainage and the risk of seroma.

Video: Abdominal Wall Ultrasound Assessment for Body Contouring

In this video, Dr. Khanh performs an ultrasound assessment of a patient’s abdominal wall to enhance his surgical planning.

2. Diastasis Recti: Beyond the Physical Exam

Dr. Khanh defines DR as a linea alba width of more than 2.2 cm at 3 cm above the umbilicus. However, the location of the separation matters as much as the width.

The “Hidden” Upper Separation

One of the most compelling cases presented involved a patient who had previously undergone a “mini-tuck” yet remained unhappy with a protruding upper abdomen.

The Misdiagnosis: The previous surgery addressed the lower abdomen but ignored the upper midline.
The Ultrasound Find: Ultrasound revealed a large gap (3.2 cm) extending from the xiphoid process, which was missed during the initial procedure.
The Lesson: Upper separation is the most common subtype of DR. Repairing only the lower abdomen can actually worsen the upper separation.

VIDEO: Ultrasound Assessment of Diastasis Recti

Dr. Khanh demonstrates his technique for assessing diastasis recti using ultrasound to evaluate the muscles and fat layers of the abdominal wall for diagnosis and pre-surgical planning. Watch this video to learn how to perform a detailed assessment with the Clarius L15 HD3 high-frequency linear scanner.

3. Preoperative Safety: Screening Bariatric Patients

For patients who have undergone massive weight loss or laparoscopic procedures, ultrasound is a non-negotiable safety tool.

Port-Site Hernias: Studies suggest the prevalence of port-site hernias in bariatric patients can be as high as 34%. Ultrasound allows you to measure the hernia neck; if it is wider than 2 cm, you may need to prepare mesh for the repair rather than a primary closure.
Vascular Mapping: In patients with extreme skin laxity and deflation, major vessels may be more superficial than expected. Dr. Khanh shared a startling case where a patient’s aorta was only 1 cm beneath the skin.
- Actionable Step: Use ultrasound to map large vessels and apply targeted tumescent fluid to induce vasoconstriction, minimizing intraoperative bleeding.

Webinar Q&A: Addressing Surgeon Concerns

Dr. Khanh responded to questions from the live audience following his webinar presentation. The following are some highlights.

Q: Does using ultrasound add too much time to patient consultations?

“No, actually the contrary… It helps me save time because the patients and I can communicate a lot better.” Showing a patient their anatomy live—explaining that their bulge is visceral fat or muscle separation rather than just subcutaneous fat—streamlines decision-making.

Q: Is ultrasound accurate enough for measurements, or do I need an MRI?

Dr. Khanh is very confident in ultrasound measurements. He typically only orders an MRI for complex secondary (redo) cases or if the separation is unusually severe. For standard cases, ultrasound is sufficient.

Q: Do you need an endoscope to repair the diastasis?

Not always. For a full abdominoplasty (open approach), an endoscope is not needed. However, for patients requesting a “scarless” or mini-incision approach, the endoscope is valuable for determining the extent of plication required.

Click here to watch the full webinar.

Why Clarius is a Popular Choice for Plastic Surgeons Using Handheld Ultrasound

During the webinar, Sonographer Janaye Smith performed a live demonstration showcasing the Clarius L15 HD3, a high-frequency wireless scanner designed for superficial imaging. Here are the top reasons why plastic surgeons, including Dr. Khanh choose it for their practices:

Wireless & Zero Footprint: The system is handheld and connects to iOS or Android devices, eliminating bulky carts in the OR and making it easy to sterilize.
High-Definition Imaging: It offers image quality that rivals traditional systems at a fraction of the cost (roughly 85% savings).
T-Mode: A game-changer for education and training. This AI-powered feature provides a split-screen view, overlaying a graphical representation of skin, fat, and muscle layers alongside the grayscale image to help surgeons instantly identify anatomy.
Heat Management: The new “Cool Power Fan” allows for extended scanning periods without the device overheating—crucial for complex mapping or teaching.

Ready to elevate your practice?

Ultrasound is no longer just for radiologists. As Dr. Khanh states, “If we have precision, we will have better surgical outcomes”.

Learn more about Clarius ultrasound for plastic surgery. We would be delighted to provide a personalized virtual demonstration at your convenience.

Seven Key Advantages of Clarius Wireless Ultrasound for Veterinary Practice

Clarius wireless ultrasound is revolutionizing veterinary care by offering a highly portable, affordable, and powerful imaging solution. Integrated with intelligent technology, these handheld scanners help veterinary professionals—from seasoned specialists to new graduates—deliver faster, more confident diagnoses right at the animal’s side.

Here are the seven reasons Clarius ultrasound is great for modern veterinary practice:

1. Superior Wireless Portability for Patient Comfort

Clarius scanners offer total wireless freedom, which is a significant advantage in a dynamic veterinary setting. The Clarius VET HD3 handheld system allows for easy point-of-care scanning without cumbersome cables or the need to move large, anxious animals to a dedicated imaging suite. This portability enables on-the-spot triage and diagnosis in the most comfortable position for the patient, whether it’s at the cage side, in an exam room, or out in the field for large animal care.

Dr. Luke Ross from The Aquarium Vet, who appreciates not having to deal with wires when using Clarius ultrasound, states:

Animals don’t like being handled and having a lot of equipment around.”

2. High-Definition Image Quality

Despite their small size, Clarius scanners are designed to deliver high-resolution images comparable to traditional, high-end cart-based systems. This exceptional image quality is critical for accurate and timely diagnoses, allowing veterinarians to clearly visualize internal structures.

Dr. Chris Elliott, an Equine Veterinary Sports Medicine and Rehabilitation Specialist, highlights this benefit of using Clarius ultrasound scanners:

Great image quality is at the top of my list of essential requirements for an ultrasound system. It’s important for accurate diagnoses.”

3. AI-Powered Image Optimization (Clarius Intelligence)

Every Clarius scanner includes built-in smart technology, powered by AI, that is designed to simplify scanning and enhance accuracy. This Clarius Intelligence automatically optimizes imaging settings, allowing users to capture quality images with minimal manual adjustments. It’s particularly helpful for busy practitioners and new users.

4. Simplified, Intuitive App-Based Interface

Clarius operates via a simple, intuitive app on iOS or Android smart devices. The app-based system is designed to streamline workflows, making the ultrasound process feel as easy as using a familiar smartphone camera. Controls like tap-to-switch modes and pinch-to-zoom replace the complex knobs and buttons of traditional systems.

Angie Lloyd-Jones, CEO and founder of Aspire UK, notes:

It’s intuitive. The interface is quite easy to use. You don’t have a very deep knowledge of ultrasound controls to be able to manage with the Clarius system.”

Video Demonstration: Diaphragm, Liver, and Gallbladder

See the Clarius VET HD3 in action in this video with Julie and Angie from Aspire UCS. The veteran sonographers demonstrate techniques for scanning the diaphragm, liver, and gallbladder, as well as what to look for during the ultrasound evaluation.

5. Increased Affordability

The cost of entry for a Clarius system is a fraction of the cost of a traditional ultrasound system. This affordability breaks down a major barrier to adoption, enabling more practices, especially new or smaller ones, to bring high-performance ultrasound in-house. This investment can quickly pay for itself by speeding up diagnosis and generating additional revenue.

According to Dr. Chris Elliott,

If you’re starting out or want your own ultrasound system, Clarius is an absolute no-brainer. It should be the first piece of equipment you buy even when you’re watching your pennies.”

6. Robust Telemedicine and Cloud Management

Clarius Cloud provides secure, convenient exam management, allowing users to effortlessly save and manage patient exams. Features like Clarius Live offer instant telemedicine capability, enabling veterinarians to share live scanning feeds with colleagues or specialists via a simple link for a real-time second opinion. This teleradiology option is invaluable for complex cases.

7. Enhanced Learning with Integrated Tools

Clarius is designed to support users at every stage of their ultrasound journey. The combination of easy-to-use controls, Clarius Intelligence, and dedicated educational tools makes the learning curve gentler.

Clarius Features for Mastering Ultrasound (New Users)

Clarius incorporates several key features specifically designed to help new users quickly build confidence and competence in ultrasound:

Auto Preset AI for VET: The industry’s first AI tool for veterinary critical care exams that automatically optimizes imaging settings based on the anatomy being scanned. This allows users to follow protocols like the FAST exam efficiently without manual control intervention. Dr. Camilla Edwards notes that this feature is “surprisingly quick at working out where I was on the patient” and helps students avoid common errors.

Video Demonstration: Clarius Auto Preset AI for VET

Watch this 2-minute video to see Shelley Guenther demonstrate how Auto Preset AI recognizes the anatomy being scanned, and selects the appropriate preset for hands-free image optimization.

Voice Controls: This feature gives the user a “third hand” by allowing them to adjust settings (like depth or freeze) using only their voice, keeping their hands focused on the patient and the probe.

Video Demonstration: Voice Controls for Veterinary Ultrasound

Drs. Boysen and Chaloub make imaging adjustments and capture images without touching the iPad. Voice Controls on the Clarius app allows them to scan hands-free in this 1-minute video.

Intuitive Mobile App: The simple, user-friendly interface is modeled after common mobile apps, eliminating the need to learn complex physical controls and allowing new users to “point and shoot” with automated presets.

Clarius Classroom & Educational Resources: Access to veterinary ultrasound video tutorials and free veterinary webinars from experts helps users hone their skills and expand their diagnostic capabilities beyond basic scanning.

Watch on-Demand and Register for Free Veterinary Ultrasound Webinars

We’re pleased to welcome back veterinary ultrasound educators Angie Lloyd-Jones and Julie Burnage to share their Aspire UCS – 8-Step Abdominal Ultrasound Survey Technique^™ for the second part of their webinar series on January 28, 2026.

Missed part 1? Watch the first of their two-part webinar series on demand now: Small Animal Ultrasound: Mastering the Aspire UCS 8-Step Abdominal Ultrasound Survey Technique^™.  

WATCH WEBINAR 

Clarius Scanner for Companion Animals: Clarius VET HD3

The Clarius VET HD3 is a dedicated micro-convex scanner designed specifically for small to medium-sized companion animals, making it the most versatile and popular choice for general veterinary practice.

Feature	Clarius VET HD3	Why it’s the Best Choice for GP Vets
Scanner Type	Micro-Convex	The convex shape provides a wide field of view for deep abdominal organs (liver, spleen, kidneys, bladder). The micro-convex footprint is smaller, allowing for better contact and maneuverability in the tight spaces of small dogs and cats.
Frequency Range	3–10 MHz	This range is ideal for small animals. The lower frequency (3 MHz) is adequate for penetrating larger canine abdomens, while the higher frequency (up to 10 MHz) is essential for high-resolution imaging of feline and small canine organs.
Max Depth	18 cm	Sufficient depth to visualize all major abdominal structures and perform cardiac assessments on nearly all small animal breeds, from a small cat to a large Labrador.
Key Applications	Abdomen, Cardiac, Lung (POCUS/FAST), Bladder, Obstetrics	It is the true multipurpose workhorse for point-of-care ultrasound (POCUS) and general diagnostics in a busy practice.

To learn more about how you can add wireless ultrasound to your practice, visit our Veterinary Specialty Page or request a personalized virtual ultrasound demo.  

Equipping Future Clinicians with Point-of-Care Ultrasound Skills from Day One

During a recent webinar, physical therapy educators Dr. Mike Voight and Dr. Chris Wolfe of Belmont University discussed their innovative approach to incorporating Clarius wireless ultrasound into their physical therapy curriculum. They provided a behind-the-scenes look at how the university is equipping its students with essential ultrasound skills from the very start of their training. The speakers highlighted the evolving landscape of physical therapy and the increasing importance of diagnostic skills for new graduates.

The free one-hour webinar is now available to watch on demand: Reimagining MSK Education: Teaching Ultrasound for the Next Generation of Clinicians. Scroll down for key takeaways.

Closing the Training Gap and Overcoming Barriers in Musculoskeletal Ultrasound Education

Dr. Voight opened the discussion by addressing the significant training gap in musculoskeletal (MSK) ultrasound education in medical and physical therapy programs globally. Citing a recent study, he noted that while 70% of physical therapy programs surveyed said they had ultrasound education, more than 90% of those programs offered less than ten hours of training on the subject.

The primary barriers identified by a poll of webinar attendees—and echoed by the speakers—were a lack of qualified instructors and limited access to equipment. However, Dr. Voight was optimistic, stating that these barriers are diminishing due to advancements in technology and cost-effective handheld devices. He also announced a new initiative by a group of individuals working with the Ortho Academy, which is the largest academy within the American Physical Therapy Association (APTA), to develop a free, open-source curricular blueprint to help educators incorporate ultrasound into their programs.

Belmont’s Blended Training Approach

At Belmont University, Dr. Voight and Dr. Wolfe have integrated MSK ultrasound training into their three-year program’s second-year orthopedic curriculum, dedicating approximately 30 hours to hands-on learning. They emphasize that ultrasound training is not taught in isolation but is seamlessly combined with traditional examination and assessment skills.

The curriculum uses a blended learning model that combines didactic lectures with active, hands-on practical sessions. Students work in groups, engaging in peer teaching and learning to differentiate between healthy and pathological tissues. Dr. Voight noted that students are surprisingly quick to grasp the process, which he attributes to its direct application of anatomical knowledge.

Watch this 3-minute video to hear what the students have to say about the hands-on ultrasound training program.

AI-Powered Ultrasound Accelerates Learning

Referring to Clarius T-Mode as a “game-changer” in helping students with image interpretation, Dr. Voight was enthusiastic about using Clarius AI-powered tools to shorten the ultrasound learning curve.

As demonstrated by webinar host Shelly Gunther, T-Mode provides a real-time, labeled graphical overlay of anatomical structures on the ultrasound image. This feature makes the initial learning process much less intimidating for students. As one resident explained in a video clip filmed during training at Belmont, T-Mode technology allows students to “learn it a lot faster” and get immediate confirmation of the structures they are viewing, decreasing their reliance on professors for verification.

Watch this video to see how T-Mode works.

Elevating Clinical Practice

The integration of ultrasound training is not just an academic exercise; it has a direct and powerful impact on clinical practice. Dr. Wolfe, who also maintains a clinical practice, shared how ultrasound provides a more holistic view for clinicians and enhances patient care. It helps to increase patient buy-in and compliance by visually demonstrating the severity of an injury, treatment progress, or the accuracy of needle placement during procedures like dry needling.

Watch this 2-minute video to see Dr. James Escaloni demonstrate his technique for accurate dry needling of the quadriceps tendon insertion onto the patella using the Clarius L15 HD3 high-frequency linear scanner.

Highlights from the Webinar Q&A

Question: What are the biggest challenges with integrating ultrasound into MSK education?

Answer: A pre-webinar poll revealed that the biggest challenges are limited training opportunities and a lack of access to ultrasound equipment. Dr. Michael Voight added that a survey of physical therapy programs found that a lack of qualified instructors and equipment costs were the primary barriers.

Question: Is there evidence to support the use of ultrasound in a physiotherapy clinic?

Answer: Yes, there is a large amount of easily accessible literature and research on scanning, sonography, and normative data for tissue pathologies.

Question: How do Dr. Voight and Dr. Wolfe use ultrasound in clinical practice?

Answer: Dr. Michael Voight’s clinical practice focuses on hip preservation, and he uses ultrasound daily in his hip clinic, noting that it has reduced the reliance on other imaging tools like MRIs.

Dr. Chris Wolfe primarily uses ultrasound for the hip (anterior, lateral, and posterior) for both assessment and treatment. For the spine, he uses it mainly for identifying the multifidus muscle in the cervical and lumbar spine. He also teaches safety measures during dry needling courses.

Question: Which Clarius model is best for hip ultrasound exams?

Answer: The Clarius C3 curvilinear scanner is recommended for imaging the hip because it provides greater depth. However, Clarius L7 linear scanner can also provide good images, depending on the patient’s size and the desired field of view.

Curious About Clarius MSK Ultrasound for Your Institution or Practice?

If we’ve piqued your interest in discovering whether Clarius ultrasound is right for your practice or teaching institution, we invite you to book a virtual demonstration. We’ll be delighted to show you why Clarius ultrasound is the leading choice of handheld ultrasound for discerning clinicians.

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