Nerve block ultrasound, proven twelve blocks deep
Interscalene to IPACK: twelve real blocks imaged on one dual-head handheld, with the needle-guide readout on screen. Published pricing, software included, no subscription. Every Suresult model compared so the choice takes minutes.
Kurze Antwort
A nerve block ultrasound machine is the imaging system that shows the target nerve and guides the needle to it in real time. It also confirms that local anesthetic has spread around the nerve. Dual-head wireless handhelds such as the Suresult D3Ultra now cover superficial plexus blocks and deep windows like the anterior sciatic, work that once needed a cart.
- Two heads: linear for superficial plexus, convex for deep sciatic windows
- On-screen needle guides: in-plane and out-of-plane, with position and angle readouts
- Image quality you can teach from: every block saved as cine loops and DICOM
The block atlas
Twelve nerve blocks, imaged on one handheld
“It is an excellent handheld ultrasound for performing regional anesthesia… I provide regional anesthesia for outpatient surgery, major surgery in hospital, in intensive care unit and in prehospital emergency medicine.”
— David Heimpel, who imaged all twelve blocks below on his D3UltraUnedited clinical captures · needle-guide readout on every frame · select any image to enlarge
Captured by a German anesthesiologist on his own device. The on-screen labels are German: Winkel = needle angle, Position = needle entry point relative to the probe, in mm.
Shoulder & arm1 block
Interskalene Plexus-brachialis-Blockade
The roots between the scalenes: shoulder and upper-arm surgery. Superficial at 1–3 cm, a high-frequency linear view.
Chest & trunk4 blocks
PECS-Block
Pectoral nerves for breast and anterior chest wall surgery. Fascial planes across pec major, minor and serratus, on the linear head.
TAP-Block
Abdominal wall analgesia. The plane between internal oblique and transversus abdominis, on the linear head at the lateral abdomen.
Paravertebrale Blockade
Segmental thoracic analgesia beside the spine. The space lies deep to the transverse process and lateral to the vertebral body, within linear reach in most adults.
Erector-spinae-Ebenenblockade
The ESP fascial plane: one level, wide thoracic spread. Deep to erector spinae at the transverse process. Linear or convex by habitus.
Hip & pelvis3 blocks
PENG-Block
Pericapsular nerve group for hip fracture and hip surgery. Between the AIIS and the iliopubic eminence, a deeper window that favors the convex head on larger patients.
Suprainguinaler Block der Fascia iliaca
The high fascia iliaca approach for hip fracture and hip surgery. Above the inguinal ligament, beneath the fascia iliaca in the iliac fossa; linear on most builds.
Proximale Ischiasblockade (anterior)
The deep anterior window to the proximal sciatic nerve. The deepest window on this page at 6–10 cm, the convex head’s territory.
Knee & leg4 blocks
Femoralnervenblockade
Knee and thigh surgery; the nerve sits lateral to the femoral artery just below the inguinal ligament. Shallow, on the linear head.
Adductor canal / saphenous block
The saphenous nerve in the adductor canal: motor-sparing analgesia for knee surgery. Mid-thigh under sartorius, beside the femoral vessels, on the linear head.
Distal sciatic block
The sciatic nerve just before it splits into tibial and common peroneal, above the popliteal crease. Linear head at moderate depth.
IPACK block
Posterior knee analgesia after knee replacement. Local anesthetic is placed between the popliteal artery and the posterior capsule, at the level of the femoral condyles.
Select a card to switch capture
Real clinical footage: the plexus views and needle passes of a full day of regional anesthesia.
Technique basics
How ultrasound-guided nerve blocks come together on a handheld
Choose the head for the depth.
Superficial plexus blocks live on the linear head; the deep sciatic windows belong to the convex head.
Linear and convex, one D3UltraSet depth and preset first.
Start from the Nerve preset and set depth just past the target plane before the needle enters.
Preset list, on the appKeep the needle in plane.
Advance along the probe’s long axis, keeping the tip in view; the on-screen guide and angle readout show the planned path.
Needle guide readoutConfirm the spread.
Color Doppler before the pass shows any vessel in the needle path; local anesthetic should be seen spreading around the nerve.
Color flow, Suresult reference library
What the research says
The evidence for ultrasound-guided nerve blocks
- Higher success, faster onset.
A 2009 British Journal of Anaesthesia meta-analysis found that ultrasound guidance cut block failure by more than half versus nerve stimulation (risk ratio 0.41). Onset was 29% faster and blocks lasted 25% longer.
Abrahams et al., Br J Anaesth 2009 - Fewer vascular punctures.
A 2015 Cochrane review of limb blocks found fewer accidental vascular punctures and less paresthesia with ultrasound guidance.
Lewis et al., Cochrane 2015 - Lower toxicity risk.
A 2013 registry study of 25,336 nerve blocks in Australia and New Zealand linked ultrasound guidance to a lower rate of local anesthetic systemic toxicity (LAST).
Barrington & Kluger, RAPM 2013
Pick your model
The best ultrasound machine for anesthesiologists depends on the blocks you do most
The twelve-block machine above: linear plus convex covers all twelve atlas targets, from interscalene to deep sciatic.
$2,976 D3Ultra · dual headBuy nowView D3Ultra →16/20 MHz resolves fine superficial nerves and small anatomy where detail decides the block.
$3,720 L20Pro · 256 elementsBuy nowView L20Pro →The 7.5/10 MHz linear model covers most plexus and fascial-plane work at entry pricing.
$2,325 L10H · entry linearBuy nowView L10H →Scanner-Vergleich
Six Suresult nerve block ultrasound machines, compared
Swipe to see all columns →
| Modell | Preis | Frequenz | Tiefe | Am besten für |
|---|---|---|---|---|
| $2,976 | 7.5/10 + 3.2/5 MHz | 20–100 mm linear | The twelve-block atlas machine: superficial to deep sciatic | |
| $2,697 | 7.5/10 + 3.2/5 MHz | 20–80 mm linear | Three formats with the 3-hour battery for long block days | |
| $3,720 | 16/20 MHz | 20/30/40 mm | Finest superficial and pediatric block detail | |
| $3,441 | 10/14 MHz | 20/40/60/80 mm | Blocks plus MSK and vascular work in one probe | |
| $2,418 | 7,5/10 MHz | 20/40/60/100 mm | Bi-plane view: needle and target on one screen | |
| $2,325 | 7,5/10 MHz | 20/40/60/100 mm | Entry-price linear for plexus and fascial planes |
Against the known brands
Suresult vs Clarius, Butterfly and GE Vscan for nerve blocks
Swipe to see all columns →
| Block imaging | Dual head: linear + convex on the D3Ultra | 5–15 MHz linear | 1–12 MHz single chip | 3–12 MHz linear side |
| Device price | $2,325–$3,720, published | $3,795 published | $3,899 published | $4,999 published |
| Abonnement | None: software included | $695/year membership, $1,785 for three years, or $2,500 one-time | Erforderlich: $299–$420/year | Digital Tools features need a subscription |
| Landed cost | Duties + shipping included, 1–7 days | 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 |
| Regulatory registrations | FDA 510(k) · ISO 13485 · EU MDR (CE) · TGA · ANVISA · Health Canada | FDA 510(k) | FDA 510(k) | FDA 510(k) |
- Twelve blocks, documented.Every capture in the atlas above is an unedited buyer scan, grouped by body region, needle-guide readouts on screen.
- No subscription, no software fees.Color Doppler, needle guides, measurements and DICOM export ship included on every scanner.
- The checkout price is the landed price.Duties and shipping included, delivered in 1–7 days.
- Registered where you practice.FDA 510(k) · ISO 13485 · EU MDR (CE) · TGA · ANVISA · Health Canada.
Clarius’s $695/year membership is $3,475 by year five, before the scanner itself is paid for. Butterfly’s required plan adds $1,495–$2,100.
Three models, one decision
One conversation gets a direct recommendation: the right Suresult probe, or a straight “neither.”
Die besten tragbaren Ultraschallgeräte für die Anästhesie
D3Ultra
D3Ultra Convex Linear Phased Mehrzweck-Hand-Ultraschallgerät
Frequenz: Konvexer / phasengesteuerter Tastkopf 3.2/5.0MHz Linearer Tastkopf 7.5/10MHz
Scanning-Tiefe: Linear: 20-100mm, konvex & phasengesteuert: 90-300mm
Anästhesiologie
L14Pro
L14Pro 10/14 MHz lineare Ultraschallsonde mit 256 Elementen für die MSK
Frequenz: 10/14 MHz
Scanning-Tiefe: 20/40/60/80 mm
Anästhesiologie
D3Pro
D3Pro Dual-Head 3-in-1-Ultraschallgerät mit kabelloser Übertragung
Frequenz: Konvexer / phasengesteuerter Tastkopf 3.2/5.0MHz, linearer Tastkopf 7.5/10MHz
Scanning-Tiefe: Konvexer / phasengesteuerter Tastkopf: 90-305mm, Lineare Sonde: 20-80mm
Anästhesiologie
CD2
CD2 Phased Linear Dual-Head Ultrasound 192 Elemente mit Farbdoppler
Frequenz: Phasentaster 2.2/3.6MHz, Lineartaster 7.5/10MHz
Scanning-Tiefe: Phasensonde: 90-190mm, Lineare Sonde: 20-100mm
Anästhesiologie
D3L
D3L Ultraschall-Diagnosesonde 128 Elemente, konvex linear gephast 3 Modi
Frequenz: Konvexer / phasengesteuerter Tastkopf 3.2/5.0MHz Linearer Tastkopf 7.5/10MHz
Scanning-Tiefe: Konvexer / phasengesteuerter Tastkopf: 90-305mm, Lineare Sonde: 20-80mm
Anästhesiologie
D3
D3 Dualsonde Linear Konvex Phased 3 in 1 Hand-Ultraschallgerät
Frequenz: Linear: 7,5/10 MHz, konvex & phasengesteuert 3,2/5 MHz
Scanning-Tiefe: Linear: 20-100mm, Konvex & Phased: 90-305mm
Anästhesiologie
D2LM
D2LM Hand-Ultraschallgerät - Mikrokonvexe & lineare Doppelsonde
Frequenz: Mikrokonvexe Sonde 5/7MHz, Lineare Sonde 10/12MHz
Scanning-Tiefe: Mikrokonvex 60-160mm, Linear 20-80mm
Anästhesiologie
L10SH
L10SH Hochauflösender linearer drahtloser 64-Kanal-Ultraschallscanner
Frequenz: 7.5/10MHz
Scanning-Tiefe: 20/40/60/100mm
Anästhesiologie
L14
L14 Linearer drahtloser Ultraschall - Hochfrequenz-Bildgebung
Frequenz: 10/14 MHz
Scanning-Tiefe: 20–80 mm
Anästhesiologie
L10H-Führer
L10H 7,5/10 MHz Linearer drahtloser 192-Elemente-Ultraschall Hochauflösendes Diagnosegerät
Frequenz: 7.5/10MHz
Scanning-Tiefe: 20/40/60/100mm
Anästhesiologie
L10W
L10W L80 Footprint Linearer drahtloser Ultraschall 256 Elemente
Frequenz: 7.5/10MHz
Scanning-Tiefe: 20-60mm
Anästhesiologie
D2LR Drahtloser linearer und transrektaler Ultraschall mit zwei Köpfen
Frequenz:
Scanning-Tiefe:
L7.5
L7.5 Linearer drahtloser S/W-Ultraschall Kostengünstige Wahl
Frequenz: 7.5/10MHz
Scanning-Tiefe: 40-100mm
Anästhesiologie
D2LT Linear-Transvaginaler Ultraschall - Precision Imaging
Frequenz:
Scanning-Tiefe:
L10
L10 7.5/10MHz 192 Elemente Linearer Ultraschallscanner mit Farbdoppler
Frequenz: 7.5/10MHz
Scanning-Tiefe: 20-55mm
L10T Linearer drahtloser Ultraschall mit Bi-Plane-Imaging für präzise Punktionsführung
Frequenz:
Scanning-Tiefe:
Was Sie vor dem Kauf eines tragbaren Ultraschallgeräts für die Anästhesiepraxis beachten sollten
Before you buy
What to check before buying a nerve block ultrasound machine
What are the best ultrasound machines for anesthesiologists?
For daily regional anesthesia, the Suresult D3Ultra is the strongest fit. Its linear-plus-convex dual head imaged all twelve blocks in the Suresult atlas, from interscalene to deep sciatic. For superficial-only or pediatric blocks the 16/20 MHz L20Pro resolves finer detail, and the L10H covers standard plexus work at entry price.
Do I need a convex head for nerve blocks?
A convex head is needed for the deep windows: the anterior proximal sciatic sits beyond linear reach in most adults. That is why a dual-head machine matters for a complete block practice.
How much does a nerve block ultrasound machine cost?
A Suresult handheld nerve block ultrasound costs between $2,325 and $3,720, with software included and duties in the checkout price. Competing handhelds list at $3,795–$4,999 before subscription fees.
Wie hoch sind die tatsächlichen Kosten über einen Zeitraum von fünf Jahren?
Add the device price to five years of any membership fee, then add import duties if the list price is US-only. Clarius’s $695/year membership is $3,475 by year five; Butterfly’s required plan adds $1,495–$2,100.
Can I see the needle during the block?
Yes, with the needle kept in the probe’s plane. In-plane and out-of-plane guides draw the planned path over the live image, with entry-position and angle readouts. Every capture in the twelve-block atlas carries that overlay and its readout.
Is image quality good enough to teach with?
The twelve-block atlas is unedited. Fascial planes, plexus fascicles and the deep sciatic resolve clearly enough for trainee debriefs, and every image exports as DICOM or MP4 for the logbook.
Does it work for fascial plane blocks like ESP and TAP?
ESP and TAP blocks are both in the Suresult atlas. Fascial planes read best with steady 7.5/10 MHz imaging and a wide view of the muscle layers, which is the linear head’s territory. Larger patients may need the convex head for ESP.
What about blocks in the ICU or prehospital settings?
David Heimpel, who imaged this atlas, uses the same D3Ultra across outpatient surgery, major hospital surgery, intensive care and prehospital emergency medicine. The probe broadcasts its own Wi-Fi, so no clinic network is needed.
What frequency probe do nerve blocks need?
Most peripheral nerve blocks use a high-frequency linear probe: 7.5–10 MHz reaches plexus, fascial-plane and femoral targets at 2–4 cm. Blocks deeper than about 6 cm (the anterior proximal sciatic among them) need a 3.2–5 MHz convex head. That depth logic is why Suresult pairs both heads in the D3Ultra.
Is a handheld good enough for nerve blocks, or do I need a cart system?
For peripheral nerve and fascial plane blocks, a handheld images the same targets a cart does; the twelve-block Suresult atlas shows the D3Ultra doing it. A cart still earns its place for shared OR use, deep windows in large patients and advanced imaging modes. For anesthesiologists and CRNAs building a personal regional anesthesia setup, a dual-head handheld like the D3Ultra covers the daily case load.
Keep learning
Reading that answers the next questions
The POCUS primer: where handhelds fit, and how clinics adopt them.
Read the guide → Which handheld ultrasound is the most accurate?The measurement study to read before choosing a probe.
Read the study → Ultrasound for pain managementThe injection-guidance side of the same skill set.
See the specialty →Freie Software,
Unbegrenzte Scans
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FAQ
No. Suresult’s preloaded presets for nerve imaging, vascular access and lung scans cover anesthesia applications out of the box. You can learn more in the Kurzbedienungsanleitung.
Ja. Die nahtlose, wasserdichte Sonde ist mit sterilen Sondenabdeckungen kompatibel und kann zwischen den Untersuchungen mit krankenhausgeeigneten Desinfektionsmitteln abgewischt werden.
Yes. The Suresult app saves, annotates and exports DICOM images directly to PACS, with all images stored locally on your connected phone or tablet.
Suresult bietet nur lokale Speicherung, wobei alle Bilder auf Ihrem verbundenen Telefon oder Tablet gespeichert werden. Sie können sie per E-Mail, iMessage, WhatsApp oder jede andere App teilen.
Yes. The Suresult app is compatible with most current iOS, Android, and Windows devices (check the Produktführer für spezifische Betriebssystemanforderungen).