Portable ultrasound for sports medicine, read on real musculoskeletal scans
Nine unedited captures show what a handheld reads on tendon, muscle, cortex, joint surface and the needle path. Published pricing, software included, no membership to renew.
Every scan on this page was recorded on this Suresult hardware family: buyer captures on a D3Ultra, clips from a clinical trainer who scans with it, and windows from the shared Suresult clinical reference library. Each clip is trimmed to the scan itself. ·Trusted by 8,717 clinicians →
Réponse rapide
A sports medicine ultrasound machine is a high-frequency scanner that images tendons, ligaments, muscles and joint surfaces at the point of care and guides the injection.
- Suresult linear models span 7.5 MHz to 24 MHz, so a clinician can read a plantar fascia at 20 mm and a hamstring at 80 mm on the same platform.
- The L14Pro, L20Pro, L10SH and L24Pro carry 256-element arrays with 64 channels, which is the element count that resolves tendon fibrils.
- In-plane and out-of-plane puncture guides ship on every imaging model on this page, and the L10H adds Guidage visualisé de l'aiguille for injections.
- Stills and cine loops of 100 to 1,000 frames export as DICOM, JPEG, PNG or MP4, so a follow-up scan can be compared with the first one.
The capture atlas
Nine musculoskeletal windows, every frame an unedited capture from Suresult hardware
Unedited clinical captures · select any image to enlarge
3 windows3 windows
Popliteal cystic structure measured on the D3Ultra
An anechoic collection sits behind the left knee and is measured at 29.8 mm by 15.9 mm on screen. A posterior knee swelling that looks like a calf strain is settled by this window in under a minute.
still frame on a D3Ultra at H10.0 MHz, 40 mm depth, 80 dB gain, compound on, labeled 'Kniekehle li' by the scanning physician; submitted by buyer Stefan Goepfert
Pennate muscle architecture in long axis
Bright fibroadipose septa run obliquely between darker muscle bundles, the normal pennate pattern. A tear shows as a break in these lines with fluid tracking along the plane.
captured on a Suresult wireless probe in the shared clinical reference library; on-screen header reads 87 dB gain, 55 mm depth, H10.0 MHz
Fibrillar tendon in long axis
A tendon reads as a compact band of parallel bright lines separated by thin dark gaps. Loss of that fibrillar pattern is the finding that separates tendinopathy from a normal tendon.
captured on a Suresult wireless probe in the shared clinical reference library; on-screen header reads 87 dB gain, 55 mm depth, H10.0 MHz3 windows3 windows
Bone cortex with acoustic shadow on the D3Ultra
A continuous bright line marks the cortical surface, and everything below it is shadow. A cortical step or a break in that line is how ultrasound finds a fracture that a first radiograph missed.
still frame on a D3Ultra at H10.0 MHz, 40 mm depth, 74 dB gain, compound on
Joint bone surface with an irregular contour
The bright cortical margin turns and dips where two bone surfaces meet at a joint. Sports medicine reads this line for an avulsion or for an effusion that lifts the capsule above it.
captured on a Suresult wireless probe in the shared clinical reference library; on-screen header reads 87 dB gain, 55 mm depth, H10.0 MHz
Bone surface with complete acoustic shadowing
A curved bright cortex returns almost the whole beam, so the field beneath it reads as empty black. That shadow is why ultrasound judges the bone surface and never the marrow behind it.
captured on a Suresult wireless probe in the shared clinical reference library; on-screen header reads 81 dB gain, 55 mm depth, dynamic range 80 dB, H14.0 MHz3 windows3 windows
Superficial soft tissue over cortex on the D3Ultra
Layered fibrillar tissue sits above a bright cortical line with clean separation between the planes. Reading the layers in order is how a clinician localizes tenderness to a structure rather than to an area.
still frame on a D3Ultra at H10.0 MHz, 40 mm depth, 74 dB gain, compound on
Color Doppler over the wrist on the D3Ultra
The color box fills with flow in a superficial vessel while the surrounding tissue stays gray. The same color settings show the neovascularity that marks a symptomatic tendon.
still frame on a D3Ultra in the shared D3 clinical demo library; on-screen header reads 105 dB gain, 40 mm depth, H10.0 MHz, color gain 32, PRF 4.0 K, steer -12 degrees
Puncture guide drawn over the needle path on the D3Ultra
The puncture guide draws a dotted path to the target and the app prints its position and angle on screen. An ultrasound-guided injection is set up on this screen before the needle moves.
still frame on a D3Ultra during a suprainguinal fascia iliaca block, German app interface reading 'Position: -31.5mm' and 'Winkel: -80'; submitted by buyer David Heimpel
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Technique basics
How the exam comes together, probe to report
- Set the frequency to the depth of the target.
The L20Pro images from 10 to 40 mm at 16/20 MHz for a plantar fascia or a finger pulley. The L14Pro reaches 80 mm at 10/14 MHz, and the L10SH and L10H reach 100 mm for a hamstring or a gluteal tendon.
10 mm to 100 mm across the linear models - Scan every tendon in two planes.
A tendon is followed in long axis for fibrillar continuity, then turned 90 degrees for the short-axis cross section. Anisotropy fakes a tear when the probe is off perpendicular, so the second plane settles it.
Long axis first, then short axis - Compare against the uninjured side.
Muscle and tendon thickness vary widely between athletes, so the contralateral limb is the reference. Saving both sides as a cine loop makes the follow-up scan a measurement rather than an impression.
Cine loops of 100 to 1,000 frames 
Put the needle in plane before the injection.In-plane and out-of-plane puncture guides draw the needle path over the target, and the flip and grid tools keep the orientation honest. Needle Enhance sharpens the shaft on the L14Pro, L20Pro, L20, L24, L10SH, L10H and D3Ultra.
Puncture assist in the app
What the research says
The evidence, four studies checked
- Ultrasound outperformed MRI for chronic lateral ankle ligament injury.
Across 15 studies and 695 participants, pooled sensitivity for chronic anterior talofibular ligament injury was 0.99 for ultrasonography and 0.83 for MRI.
Cao et al., J Orthop Surg Res 2018 - Ultrasound read full-thickness rotator cuff tears as accurately in non-radiologist hands.
A British Journal of Sports Medicine meta-analysis reported sensitivity and specificity above 0.90 for ultrasonography in full-thickness rotator cuff tears. Accuracy was similar whether a radiologist, a sonographer or an orthopedist scanned.
Roy et al., Br J Sports Med 2015 - Ultrasound guidance improved knee aspiration and injection in a randomized trial.
In 64 randomized effusive knees, ultrasound guidance produced 48% less procedural pain and 183% more aspirated synovial fluid than palpation guidance, with better pain scores at two weeks.
Sibbitt et al., Scand J Rheumatol 2012 - Ultrasound diagnosed distal forearm fractures in children with high accuracy.
A meta-analysis of 16 studies and 1,204 patients reported pooled sensitivity of 97% and specificity of 95% for ultrasound in distal forearm fracture. The authors concluded that accuracy is high in children.
Douma-den Hamer et al., PLoS One 2016
Pick your model
Pick the model that fits your day
MOST CHOSENOne probe for the whole sports clinicL14Pro
One probe for the whole sports clinicL14ProThe L14Pro runs 10/14 MHz across a 256-element array with 64 channels, and steps through 20, 40, 60 and 80 mm of depth. That covers a plantar fascia at one end and a proximal hamstring at the other.
256 elements, 64 channels, 10/14 MHz
$3,441 L14Pro · 10/14 MHz 256-Element LinearBuy nowView L14Pro →
Ligaments and small tendons under the skinL20ProThe L20Pro images from 10 to 40 mm at 16/20 MHz on a 256-element array. Lateral ankle ligaments, finger pulleys and the plantar fascia sit inside that window.
16/20 MHz, superficial detail
$3,720 L20Pro · 16/20 MHz High-Frequency LinBuy nowView L20Pro →
Injections are most of the weekL10HThe L10H is the only Suresult model listing Visualized Needle Guidance alongside the standard puncture guides. Its 5,600 mAh battery scans for five hours continuously, which is a full injection list.
five hours continuously, needle guidance
$2,325 L10H · 7.5/10 MHz 192 Element LineaBuy nowView L10H →
Deeper structures and a wider fieldL10SHThe L10SH pairs a 40 mm footprint with a 256-element array at 7.5/10 MHz and reaches 100 mm. Gluteal tendons, the proximal hamstring and a thick thigh sit inside that range.
40 mm footprint, reaches 100 mm
$3,534 L10SH · High-Definition 64 Channels Buy nowView L10SH →Scanner comparison
Eight Suresult handheld scanners for sports medicine, compared
Swipe to see all columns →
| Modèle | Prix | Fréquence | Profondeur | Meilleur pour |
|---|---|---|---|---|
| L14Pro | $3,441 | Linear 10/14 MHz | 20/40/60/80 mm | The general sports clinic: 256 elements, 64 channels, 4-hour battery, 145 g |
| L20Pro | $3,720 | Linear 16/20 MHz | 10/20/30/40 mm | Ligaments, finger tendons and plantar fascia: 256 elements, 4-hour battery |
 L24Pro | $4,185 | Linear 18/24 MHz | 10/15/20/25 mm | The most superficial work: 256 elements, 64 channels, 4-hour battery, 145 g |
| L10SH | $3,534 | Linear 7.5/10 MHz | 20/40/60/100 mm | Deeper muscle and a 40 mm footprint: 256 elements, 64 channels |
| L10H | $2,325 | Linear 7.5/10 MHz | 20/40/60/100 mm | Injection lists: Visualized Needle Guidance, 5,600 mAh, 5-hour battery |
 L14 | $2,139 | Linear 10/14 MHz | 20-80 mm | The entry high-frequency model: 192 elements, 64 channels, 25 mm footprint |
 L20 | $2,790 | Linear 16/20 MHz | 10/20/30/40 mm | Superficial detail on a 192-element array at 147 g |
 D3Ultra | $2,976 | Linear 7.5/10 + convex 3.2/5.0 + phased 3.2/5.0 MHz | Linear 20-100 mm, convex and phased 90-300 mm | A sports clinic that also scans hip, abdomen and lung on one head |
Against the known brands
Suresult vs Clarius L15 HD3, Butterfly iQ3 and GE Vscan Air CL for sports medicine
Swipe to see all columns →
| Suresult | Clarius L15 HD3 | Papillon iQ3 | GE Vscan Air CL | |
|---|---|---|---|---|
| MSK imaging | Linear arrays from 7.5/10 MHz to 18/24 MHz; 256 elements and 64 channels on the L14Pro, L20Pro, L10SH and L24Pro | 5-15 MHz linear scanner, superficial imaging to 7 cm as published | 1-12 MHz single chip, 152 x 52 x 37 mm | Dual head: a 3-12 MHz linear array of 192 elements and a 2-5 MHz curved array of 128 elements |
| Depth range | 10 mm on the L20Pro and L24Pro up to 100 mm on the L10SH and L10H | Up to 7 cm on the L15 HD3; the L7 HD3 is published as optimized to 11 cm with a 15 cm maximum | MSK and MSK-Soft Tissue presets are published from 1 cm to 12 cm | Linear array published to 8 cm; the curved array reaches 24 cm |
| Device price | Published on every product page: the L14Pro is $3,441 and the L20Pro is $3,720 | $3,795 published; the L20 HD3 is $5,395 published | $3,899 published with a 3-year warranty; the iQ+ is $2,699 | Starting at $4,999 published with a 3-year warranty |
| Abonnement | None. Software is included with the scanner. | Clarius Essentials is $695 a year, $1,785 for three years or $2,500 one time | Core is $299 a year and Advanced is $420 a year, or $1,500 once for Advanced, all plus the cost of the probe | GE sells Vscan Air Digital Tools separately from the probe and publishes no fee |
| Landed cost | Duties and shipping included in the checkout price, 1-7 day delivery | US list price; duties and shipping extra outside the US | US list price; duties and shipping extra outside the US | US list price; duties and shipping extra outside the US |
| Poids | The L14Pro, L20Pro and L24Pro weigh 145 g, and the L20 weighs 147 g | 290 g published for the L15 HD3 | 300 g published for the iQ3 | 205 g published for the Vscan Air CL |
| Regulatory registrations | FDA 510(k) · ISO 13485 · EU MDR (CE) · TGA · ANVISA · Health Canada | FDA 510(k) | FDA 510(k) | FDA 510(k) |
Where Suresult wins
- Nine musculoskeletal windows on this page are unedited captures from Suresult hardware, including a buyer's own popliteal measurement on a D3Ultra.
- Suresult linear models cover 7.5 MHz to 24 MHz, so one clinic can hold both a superficial ligament model and a deeper muscle model.
- Four linear models carry 256-element arrays with 64 channels: the L14Pro, L20Pro, L10SH and L24Pro.
- Color Doppler, power Doppler, pulsed-wave Doppler, M-mode and measurements ship with every model on this page at no extra charge.
- There is no membership to renew.Clarius Essentials is published at $695 a year and Butterfly Core at $299 a year.
- Cine loops of 100 to 1,000 frames and DICOM export come standard on every model on this page, so a return-to-play scan can be compared with the first one.
- The L10H lists Visualized Needle Guidance and scans for five hours continuously on a 5,600 mAh battery.
- The checkout price is the landed price: duties and shipping are included, with 1-7 day delivery.
The five-year math
Clarius Essentials at $695 a year reaches $3,475 by year five on top of the $3,795 L15 HD3, or $2,500 if paid once. Butterfly publishes Core at $299 a year, Advanced at $420 a year, and a $1,500 one-time Advanced payment that covers software access for five years. Suresult scanners carry no membership.
L14Pro, paid onceClarius L15 HD3: scanner + membership= $3,475 in fees alone by year five
Three models, one decision
Not sure which model fits your cases?
One conversation gets a direct recommendation: the right Suresult probe, or a straight “neither.”
Les meilleurs ultrasons portables pour la gestion des blessures sportives
Compact mais puissant, Suresult offre les meilleures performances dont les équipes sportives ont besoin pour évaluer les blessures, y répondre et gérer la récupération.
L20Pro
L20Pro 16/20 MHz : échographe linéaire à haute fréquence pour l'esthétique, la peau et les troubles musculo-squelettiques superficiels
Fréquence : 16/20 MHz
Profondeur de balayage : 10/20/30/40 mm
Médecine du sport
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L24Pro
Sonde à ultrasons esthétique L24Pro 18/24 MHz à 256 éléments pour les produits de comblement
Fréquence : 18/24 MHz
Profondeur de balayage : 10/15/20/25mm
Médecine du sport
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D3Ultra
D3Ultra Échographe portable polyvalent à phase linéaire convexe
Fréquence : Sonde convexe / phasée 3,2/5,0 MHz Sonde linéaire 7,5/10 MHz
Profondeur de balayage : Linéaire : 20-100mm, Convexe & Phasé : 90-300mm
Médecine du sport
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Ce qu'il faut prendre en compte avant d'acheter un échographe portatif pour la médecine sportive
Choisissez l'appareil idéal pour l'imagerie des muscles, des articulations et des tendons avec des sondes multifréquences et une construction robuste.
Before you buy
Ce qu'il faut vérifier avant d'acheter
What is the best handheld ultrasound for sports medicine?
The Suresult L14Pro suits most sports clinics, because 10/14 MHz on 256 elements covers structures from 20 to 80 mm. The L20Pro is the choice when ligaments and finger tendons dominate the list.
Can a handheld ultrasound be used for ultrasound-guided injections in orthopedics?
Yes. Every Suresult imaging model on this page ships in-plane and out-of-plane puncture guides with flip and grid tools, and the L10H adds Visualized Needle Guidance.
Does ultrasound guidance actually improve a joint injection?
A randomized trial of 64 effusive knees reported 48% less procedural pain and 183% more aspirated synovial fluid under ultrasound guidance than under palpation guidance.
Is ultrasound accurate for an ankle sprain?
A meta-analysis of 15 studies and 695 participants reported pooled sensitivity of 0.99 for ultrasonography in chronic anterior talofibular ligament injury, against 0.83 for MRI.
Can a sports physician get the same accuracy as a radiologist?
A 2015 British Journal of Sports Medicine meta-analysis found ultrasound accuracy for rotator cuff disorders similar whether a trained radiologist, a sonographer or an orthopedist performed the scan.
Which frequency does a tendon scan need?
Superficial tendons and ligaments read best from 16 to 24 MHz on the L20Pro, L20, L24 and L24Pro. Deeper tendons need 10/14 MHz on the L14Pro or 7.5/10 MHz on the L10SH.
How deep does a sports medicine handheld need to scan?
A proximal hamstring or a gluteal tendon sits below 60 mm in most adults. The L10SH and L10H reach 100 mm, and the L14Pro reaches 80 mm.
Can a handheld ultrasound show a hand tendon rupture?
A ruptured tendon shows as a gap in the fibrillar band with retracted ends on dynamic scanning. Suresult resolves this at 16/20 MHz on the L20Pro and at 18/24 MHz on the L24Pro.
How much does a sports medicine ultrasound machine cost?
Suresult publishes a price on every product page: the L14Pro is $3,441 and the L20Pro is $3,720. Competing handhelds publish $2,699 to $5,395 before any membership fee.
Is there a subscription fee on a Suresult scanner?
Suresult scanners carry no subscription. Clarius Essentials is published at $695 a year, and Butterfly Core is published at $299 a year.
Can ultrasound find a fracture that a radiograph missed?
A meta-analysis of 16 studies and 1,204 patients reported 97% pooled sensitivity for ultrasound in distal forearm fracture in children. Radiography remains the reference standard.
Can the same probe check blood flow in a painful tendon?
Yes. Color Doppler and power Doppler are listed on the L14Pro, L20Pro, L10SH, L10H, L14, L20 and D3Ultra.
How long does the battery last on a clinic list?
The L10H scans for five hours continuously on a 5,600 mAh battery. The L14Pro, L20Pro and L24Pro run four hours on 4,400 mAh.
Can a scan be saved for a return-to-play comparison?
Every Suresult imaging model on this page stores cine loops of 100, 200, 500 or 1,000 frames and exports them as DICOM, JPEG, PNG or MP4.
Does a handheld work on the sideline?
The L14Pro and L20Pro weigh 145 g and connect over 802.11n dual-band Wi-Fi to iOS, Android or Windows. Both scan for four hours on a 4,400 mAh battery.
How is the probe cleaned between athletes?
The instructions for use direct the clinician to wipe the probe with a soft cloth dampened in 75% alcohol until it is clean. A cloth dampened in sterile or potable water then removes the residue.
Sonde linéaire (7-14 MHz)
Pour les muscles superficiels, les tendons et les ligaments, et imagerie détaillée pour la détection des micro-déchirures.
Sonde à faisceau courbe (2-5 MHz)
Nécessaire pour des vues plus profondes, telles que les muscles fessiers ou les articulations de la hanche chez les athlètes de grande taille.
Sonde à réseau phasé (1-5 MHz)
Utile pour les évaluations cardiaques rapides lors d'efforts intenses ou en cas d'urgence.
Doppler avec PW/CW
To monitor blood flow to detect inflammation, track healing, and guide regenerative therapies like PRP.
Puncture Assist or Needle Enhancement
Pour améliorer la visualisation pendant les procédures guidées comme les injections de PRP, de corticostéroïdes ou les aspirations.
Connectivité sans fil
Synchronisez instantanément les images avec les tablettes, les téléphones ou les DME, ce qui est essentiel pour les évaluations sur le terrain et les consultations à distance.
Construction durable et résistante à l'eau
To withstand gym bags, sideline spills, and outdoor conditions.
Logiciel libre,
Scans illimités
Les échographes portatifs de Suresult sont fournis avec un logiciel puissant qui vous offre des fonctions illimitées sans frais supplémentaires. Profitez gratuitement de DICOM et du doppler à ondes pulsées, ainsi que d'une interface conviviale sur iOS, Android et Windows - vous pouvez ainsi vous concentrer sur la prestation de soins de qualité supérieure sans frais de logiciel.
Compatible avec toutes les plates-formes, à vie Mises à jour gratuites
Capturez les moindres détails, guidez avec précision et partagez avec facilité
Améliorez votre flux de travail en échographie grâce à notre solution tout-en-un. Faites l'expérience de la précision, de la simplicité et de l'efficacité à chaque examen.
Plus de 17 préréglages spécialisés
Sonde convexe / phasée
Sonde linéaire
27 Des mesures automatisées pour des diagnostics précis
Simplifiez votre travail grâce à un ensemble complet d'outils permettant des évaluations rapides et en temps réel.
Mode B
- Longueur, surface/circonférence, angle, tracé, distance
- Depth and angle readouts for needle and injection guidance
- Obstetric biometrics (gestational age, EFW) when your caseload needs them
Mode B+M
- Fréquence cardiaque, temps, distance
- Diamètre interne du ventricule gauche (LVIDd, LVIDs)
- Fraction d'éjection (FE), volume systolique (SV)
Mode B+PW
- Vitesse, fréquence cardiaque, rapport S/D, profondeur
- Mesure automatique du débit des cuves
- Vitesse systolique maximale (PS), vitesse de fin de diastole (ED)
- Vitesse maximale moyennée dans le temps (TAMAX), vitesse moyenne moyennée dans le temps (TAMEAN)
- Indice de pulsatilité (IP), indice de résistivité (IR)
- Diamètre de la cuve (DIAM), débit (FL)
Cine Loop
Enregistrez jusqu'à 1000 images (≈165 secondes) de mouvement continu pour capturer chaque détail subtil.
Fonction d'assistance à la crevaison
Appréciez la précision dans le plan et guides hors plan pour renforcer votre confiance lors des interventions.
Exportations de fichiers flexibles
Enregistrez et partagez vos numérisations sans effort dans JPEG, MP4, PNG ou DICOM et s'intègrent parfaitement à votre flux de travail.
Expert Guidance
Talk to a Scanner Specialist
Tell Suresult about your daily workflow and get a personal scanner recommendation with an all-inclusive quote.
- Free scanner-fit consultation — probes, frequency and depth matched to your procedures
- All-inclusive quote — shipping, customs clearance and applicable taxes covered
- Fast delivery — ships within 24 hours, 1–7 days door to door
- No required software subscription — iOS, Android and Windows apps included
- 30-day returns and 24/7 support
Live chat opens right here — no forms, no waiting.
FAQ
Les appareils à ultrasons Suresult sont-ils adaptés aux injections guidées dans les articulations ou autour des tendons ?
Absolument. Tous les modèles Suresult sont dotés de modes d'assistance à la ponction avec guidage de l'aiguille dans le plan et hors du plan. Ceci est extrêmement utile pour les injections guidées dans les articulations, les tendons ou les espaces bursaux. Pour les travaux de haute précision, le Guide L10H offre une amélioration de l'aiguille magnétique pour une précision et une sécurité encore plus grandes lors des procédures d'intervention.
Quelle est la précision des ultrasons Suresult pour les évaluations dynamiques ?
Suresult excelle dans l'imagerie dynamique grâce à son fonctionnement entièrement portable, qui vous permet d'évaluer les articulations et les structures des tissus mous pendant le mouvement. Qu'il s'agisse d'un conflit au niveau de l'épaule, du suivi de la rotule ou du glissement des tendons, vous pouvez observer la fonction musculo-squelettique en mouvement afin de guider des stratégies de rééducation précises.
Les ultrasons Suresult sont-ils utiles pour diagnostiquer les fractures de stress ou les réactions périostées ?
Oui. Bien que l'échographie ne remplace pas la radiographie ou l'IRM pour les pathologies osseuses, elle est étonnamment efficace pour détecter les fractures de stress, les irrégularités corticales et les réactions périostées à des stades précoces. La sonde linéaire fournit de nombreux détails sur la surface osseuse et vous pouvez évaluer l'inflammation des tissus mous environnants pour différencier les sources de douleur.
Can I use Suresult portable ultrasounds in sideline or on-field settings?
Définitivement. Tous les appareils Suresult pèsent moins de 300 g, se glissent facilement dans votre poche ou dans votre sac médical de bord, et fonctionnent entièrement sans fil grâce à une connexion Wi-Fi autogénérée. Que vous soyez dans une clinique, sur le terrain ou sur un site de compétition, Suresult vous permet de scanner facilement les athlètes, où qu'ils se trouvent.
Quelles sont les procédures guidées auxquelles Suresult peut contribuer dans le cadre de la médecine sportive ?
Vous pouvez utiliser Suresult pour les injections PRP, les aspirations, l'administration de corticostéroïdes (épaule, genou, cheville), les aspirations bursales, les injections dans la gaine du tendon, le drainage d'hématomes et l'aiguilletage à sec, à l'aide d'un dispositif d'assistance à la ponction et d'une amélioration de l'aiguille brevetée.
Les images sont-elles suffisamment fiables pour la documentation et les références ?
Oui. Suresult stocke tous les scans localement sur votre appareil mobile aux formats DICOM et JPEG/MP4. Ces fichiers peuvent être annotés, enregistrés et exportés directement vers les systèmes PACS des hôpitaux ou partagés en toute sécurité avec des chirurgiens orthopédiques, des kinésithérapeutes ou des radiologues pour des soins collaboratifs ou un deuxième avis.
