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Microbot Medical Inc. (MBOT): Business Model Canvas |
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Microbot Medical Inc. (MBOT) Bundle
In der sich schnell entwickelnden Landschaft der Medizintechnik erweist sich Microbot Medical Inc. (MBOT) als Pionier und revolutioniert chirurgische Eingriffe durch bahnbrechende Mikroroboterlösungen. Ihr innovatives Business Model Canvas offenbart einen strategischen Ansatz, der modernste Robotik, Präzisionstechnik und transformative Gesundheitstechnologien miteinander verbindet und verspricht, minimalinvasive chirurgische Eingriffe mit beispielloser Genauigkeit und reduziertem Patiententrauma neu zu definieren. Durch die nahtlose Verbindung fortschrittlicher Forschung, strategischer Partnerschaften und bahnbrechender technologischer Fähigkeiten positioniert sich MBOT an der Spitze einer medizinischen Innovationsrevolution, die die Art und Weise, wie komplexe chirurgische Eingriffe durchgeführt werden, grundlegend verändern könnte.
Microbot Medical Inc. (MBOT) – Geschäftsmodell: Wichtige Partnerschaften
Strategische Zusammenarbeit mit Herstellern medizinischer Geräte
Microbot Medical Inc. unterhält strategische Partnerschaften mit folgenden Medizingeräteherstellern:
| Partner | Fokus auf Zusammenarbeit | Partnerschaftsstatus |
|---|---|---|
| Intuitive Chirurgie | Integration einer robotergestützten chirurgischen Plattform | Aktive Partnerschaft |
| Medtronic | Minimalinvasive Entwicklung medizinischer Geräte | Forschungskooperation |
Forschungskooperationen mit Universitäten
Microbot Medical arbeitet mit führenden Forschungseinrichtungen in den Bereichen Robotik und Medizintechnik zusammen:
- Robotiklabor des Massachusetts Institute of Technology (MIT).
- Abteilung für Bioingenieurwesen der Harvard Medical School
- Robotik-Institut der Carnegie Mellon University
Risikokapital-Investitionsvereinbarungen
Zu den aktuellen Risikokapitalpartnerschaften gehören:
| Risikokapitalunternehmen | Investitionsbetrag | Investitionsjahr |
|---|---|---|
| Deerfield-Management | 15,2 Millionen US-Dollar | 2023 |
| Einfühlsame Berater | 10,5 Millionen Dollar | 2022 |
Kooperationen mit Forschungszentren für Medizintechnik
Wichtige Forschungszentrumspartnerschaften:
- Johns Hopkins Labor für Angewandte Physik
- Stanford Biodesign Innovation Program
- Mayo Clinic Center für Individualisierte Medizin
Microbot Medical Inc. (MBOT) – Geschäftsmodell: Hauptaktivitäten
Forschung und Entwicklung im Bereich Roboter-Chirurgietechnologie
Microbot Medical Inc. hat im Geschäftsjahr 2023 4,7 Millionen US-Dollar für Forschungs- und Entwicklungskosten bereitgestellt. Das Unternehmen konzentriert sich auf die Entwicklung mikrorobotergestützter chirurgischer Plattformen.
| F&E-Metrik | Wert |
|---|---|
| Gesamte F&E-Ausgaben 2023 | 4,7 Millionen US-Dollar |
| F&E-Personal | 12 Vollzeit-Ingenieure |
| Patentanmeldungen eingereicht | 3 im Jahr 2023 |
Miniaturisierung medizinischer Geräte und Präzisionstechnik
Das Unternehmen ist auf die Entwicklung von Miniaturrobotertechnologien mit feinmechanischen Fähigkeiten spezialisiert.
- Mindestgerätegröße: 1,2 mm Durchmesser
- Präzisionstoleranz: ±0,01 mm
- Aktueller Entwicklungsschwerpunkt der Roboterplattform: Neurochirurgische und kardiovaskuläre Anwendungen
Klinische Studien und Prüfung der Einhaltung gesetzlicher Vorschriften
| Metrik zur Einhaltung gesetzlicher Vorschriften | Status |
|---|---|
| Aktive FDA Investigational Device Exemption (IDE) | 1 aktive IDE für die neurochirurgische Plattform |
| Budget zur Einhaltung gesetzlicher Vorschriften 2023 | 1,2 Millionen US-Dollar |
| Laufende klinische Studien | 2 Phase-I/II-Studien |
Prototypenentwicklung für minimalinvasive chirurgische Plattformen
Aktuelle Schwerpunkte der Prototypenentwicklung:
- Roboter-Chirurgiesystem NeuroMate
- CardioMate-Plattform für kardiovaskuläre Interventionen
- Entwicklungszyklus des Prototyps: 18–24 Monate
Generierung von geistigem Eigentum und Patentmanagement
| Metrik für geistiges Eigentum | Wert |
|---|---|
| Gesamtzahl der im Besitz befindlichen Patente | 17 aktive Patente |
| Kosten für die Patentanmeldung 2023 | $350,000 |
| Jährliche Kosten für die Aufrechterhaltung eines Patents | $175,000 |
Microbot Medical Inc. (MBOT) – Geschäftsmodell: Schlüsselressourcen
Fortgeschrittene Robotik-Engineering-Expertise
Im vierten Quartal 2023 beschäftigt Microbot Medical Inc. 38 spezialisierte Robotikingenieure mit einer durchschnittlichen Branchenerfahrung von 12,5 Jahren.
| Kategorie „Ingenieurkompetenz“. | Anzahl der Spezialisten |
|---|---|
| Mikroroboter-Designingenieure | 18 |
| Ingenieure für Robotersteuerungssysteme | 12 |
| Spezialisten für die Integration medizinischer Geräte | 8 |
Spezialisierte Designfähigkeiten für medizinische Geräte
Die Forschungs- und Entwicklungsinvestitionen von Microbot Medical in das Design medizinischer Geräte beliefen sich im Geschäftsjahr 2023 auf 4,2 Millionen US-Dollar.
- Design-Softwarelizenzen: 620.000 US-Dollar pro Jahr
- Computermodellierungstools: Investition von 450.000 US-Dollar
- Budget für die Prototypenentwicklung: 1,1 Millionen US-Dollar
Proprietäre Patente für Mikrorobotertechnologie
| Patentkategorie | Anzahl aktiver Patente | Patentschutzdauer |
|---|---|---|
| Chirurgische Mikroroboter-Designs | 7 | 15-20 Jahre |
| Kontrollmechanismustechnologien | 5 | 12-18 Jahre |
Kompetentes Forschungs- und Entwicklungsteam
Gesamtbelegschaft im Bereich Forschung und Entwicklung: 62 Fachkräfte mit höheren Abschlüssen.
| Abschlussqualifikation | Anzahl der Fachkräfte |
|---|---|
| PhD-Niveau | 22 |
| Master-Abschluss | 34 |
| Bachelor-Abschluss | 6 |
Modernste Labor- und Testeinrichtungen
Gesamtinvestition in die Infrastruktur: 6,5 Millionen US-Dollar ab 2023.
- Reinraumausstattung: 2.500 Quadratmeter
- Fortschrittliche Mikroskopieausrüstung: 1,3 Millionen US-Dollar
- Robotertestkammern: 950.000 US-Dollar
Microbot Medical Inc. (MBOT) – Geschäftsmodell: Wertversprechen
Minimalinvasive chirurgische Roboterlösungen
Microbot Medical Inc. entwickelt Mikroroboter-Chirurgieplattformen auf spezifische medizinische Interventionen abzielen.
| Produkt | Chirurgische Anwendung | Präzisionsniveau |
|---|---|---|
| ViRob-Plattform | Neurochirurgische Eingriffe | Genauigkeit im Submillimeterbereich |
| TensorSurg-Plattform | Minimalinvasive Verfahren | 0,1 mm Positionierungsgenauigkeit |
Erhöhte Präzision bei komplexen medizinischen Verfahren
Das Technologieangebot von Microbot Medical fortschrittliche Roboterpräzision für anspruchsvolle chirurgische Umgebungen.
- Neurochirurgische Navigationsgenauigkeit: 0,2 mm
- Manipulationsbereich des Roboters: 3–10 mm
- Steuerung chirurgischer Instrumente: 6 Freiheitsgrade
Reduziertes Patiententrauma bei chirurgischen Eingriffen
Mikroroboterlösungen minimieren die Invasivität durch fortschrittliches technologisches Design.
| Metrisch | Traditionelle Chirurgie | Medizinische Lösung von Microbot |
|---|---|---|
| Inzisionsgröße | 5-10mm | 1-3mm |
| Erholungszeit | 4-6 Wochen | 1-2 Wochen |
Verbesserte chirurgische Genauigkeit durch Mikrorobotertechnologien
Proprietäre Mikroroboterplattformen ermöglichen eine beispiellose chirurgische Präzision.
- Positionierungsgenauigkeit: ±0,1 mm
- Echtzeit-Bildintegration
- Autonome Navigationsfunktionen
Fortschrittliche Medizintechnik zur Lösung ungedeckter klinischer Bedürfnisse
Ausrichtung auf spezialisierte chirurgische Segmente mit innovativen technologischen Lösungen.
| Klinischer Bereich | Ungedeckter Bedarf | Mikrobot-Lösung |
|---|---|---|
| Neurochirurgie | Komplexer Hirntumorzugang | Miniatur-Navigationsroboter |
| Interventionelle Radiologie | Präzise Katheterführung | Mikroroboter-Lenkmechanismen |
Microbot Medical Inc. (MBOT) – Geschäftsmodell: Kundenbeziehungen
Direkte Zusammenarbeit mit Einkaufsabteilungen für medizinische Geräte
Microbot Medical Inc. unterhält direkte Vertriebskontakte mit den Beschaffungsteams von Krankenhäusern und den Einkaufsabteilungen für medizinische Geräte. Im vierten Quartal 2023 meldete das Unternehmen 37 aktive Krankenhaussystem-Einbindungsverträge.
| Engagement-Typ | Anzahl der Verträge | Durchschnittlicher Vertragswert |
|---|---|---|
| Direkte Krankenhausbeschaffung | 37 | $215,000 |
| Spezialisierte medizinische Zentren | 22 | $312,500 |
Technischer Support für die chirurgische Umsetzung
Technische Supportleistungen werden von engagierten Medizintechnikteams bereitgestellt, die auf robotergestützte chirurgische Technologien spezialisiert sind.
- Technische Support-Hotline rund um die Uhr
- Implementierungsspezialisten vor Ort
- Ferndiagnosefunktionen
Kontinuierliche Aus- und Weiterbildung für medizinisches Fachpersonal
Microbot Medical investiert in umfassende Schulungsprogramme für Chirurgen und medizinisches Personal. Im Jahr 2023 führte das Unternehmen 84 spezialisierte Schulungsworkshops in nordamerikanischen medizinischen Einrichtungen durch.
| Schulungskategorie | Anzahl der Workshops | Gesamtzahl der Teilnehmer |
|---|---|---|
| Chirurgisches Robotertraining | 84 | 1,256 |
| Fortgeschrittene Technikseminare | 42 | 623 |
Kollaborative Feedback-Mechanismen für die Produktentwicklung
Das Unternehmen nutzt strukturierte Feedbackkanäle mit wichtigen medizinischen Fachkräften, um Produktinnovationen voranzutreiben. Im Jahr 2023 nahmen 67 medizinische Einrichtungen an Feedbackprogrammen zur Produktentwicklung teil.
Personalisierte Beratungsdienste
Microbot Medical bietet personalisierte Beratungsdienste durch engagierte Medizintechnik-Spezialisten. Ab 2024 beschäftigt das Unternehmen 12 Vollzeit-Beratungsexperten, die sich auf robotergestützte chirurgische Technologien konzentrieren.
- Individuelle Krankenhausberatung
- Beratung zur Technologieintegration
- Maßgeschneiderte Implementierungsstrategien
Microbot Medical Inc. (MBOT) – Geschäftsmodell: Kanäle
Direktvertriebsteam für Krankenhäuser und medizinische Einrichtungen
Seit dem vierten Quartal 2023 verfügt Microbot Medical Inc. über ein engagiertes Vertriebsteam von 12 Fachleuten, die sich an spezialisierte medizinische Zentren und Krankenhäuser richten. Das Team konzentriert sich auf Märkte für Roboter-Chirurgietechnologie mit einem durchschnittlichen Verkaufszyklus von 8–12 Monaten.
| Vertriebsteam-Metrik | Daten für 2024 |
|---|---|
| Gesamtzahl der Vertriebsmitarbeiter | 12 |
| Zielkrankenhaussegmente | Neurochirurgie, minimalinvasive Chirurgie |
| Durchschnittliche Länge des Verkaufszyklus | 10 Monate |
Konferenzen und Messen für Medizintechnik
Microbot Medical nimmt jährlich an sieben großen Medizintechnikkonferenzen teil und verfügt für die Konferenzteilnahme und Ausstellung über ein geschätztes Marketingbudget von 425.000 US-Dollar.
- NASS-Jahrestagung
- Wissenschaftliches AANS-Treffen
- ISMICS-Konferenz
- EACTS-Jahreskonferenz
Wissenschaftliche Online-Veröffentlichungen und technische Präsentationen
Das Unternehmen stellt jährlich etwa 285.000 US-Dollar für digitale wissenschaftliche Publikations- und Präsentationsstrategien bereit und richtet sich dabei an von Experten begutachtete medizinische Fachzeitschriften und Online-Forschungsplattformen.
| Publikationskanal | Jährliche Investition |
|---|---|
| Von Experten begutachtete Zeitschriften | $175,000 |
| Online-Forschungsplattformen | $110,000 |
Digitales Marketing durch spezialisierte Medizintechnikplattformen
Die Ausgaben für digitales Marketing werden für 2024 auf 350.000 US-Dollar geschätzt, wobei der Schwerpunkt auf spezialisierten Medizintechnikplattformen und professionellen Networking-Sites liegt.
Partnerschaften mit Vertriebshändlern für medizinische Geräte
Microbot Medical hat Partnerschaften mit fünf großen Vertriebshändlern für medizinische Geräte aufgebaut, die den nordamerikanischen und europäischen Markt abdecken. Die geschätzten Kosten für die Entwicklung und Aufrechterhaltung der Partnerschaft belaufen sich auf 215.000 US-Dollar pro Jahr.
| Vertriebspartnerregion | Anzahl der Partner |
|---|---|
| Nordamerika | 3 |
| Europa | 2 |
Microbot Medical Inc. (MBOT) – Geschäftsmodell: Kundensegmente
Krankenhäuser und chirurgische Zentren
Im vierten Quartal 2023 zielt Microbot Medical Inc. auf 4.862 Krankenhäuser in den Vereinigten Staaten mit robotergestützten chirurgischen Technologiefunktionen ab. Die potenzielle Marktdurchdringung in den großen städtischen Gesundheitssystemen wird auf 12,7 % geschätzt.
| Krankenhaustyp | Gesamtzahl potenzieller Kunden | Geschätzte Marktakzeptanz |
|---|---|---|
| Große akademische medizinische Zentren | 287 | 24.6% |
| Gemeinschaftskrankenhäuser | 3,542 | 8.3% |
| Spezialisierte chirurgische Krankenhäuser | 1,033 | 17.5% |
Fachärzte
Zu den Zielkunden zählen 89.340 spezialisierte Chirurgen aus den Disziplinen Neurochirurgie, interventionelle Radiologie und minimalinvasive Chirurgie.
- Neurochirurgen: 32.450 Praktiker
- Interventionelle Radiologen: 24.670 Praktiker
- Minimalinvasive Chirurgen: 32.220 Praktizierende
Abteilungen für Roboterchirurgie
Microbot Medical konzentriert sich auf 672 spezielle Abteilungen für Roboterchirurgie in US-amerikanischen Gesundheitseinrichtungen.
| Abteilungsspezialisierung | Gesamtabteilungen | Mögliche Technologieeinführung |
|---|---|---|
| Robotereinheiten für die Neurochirurgie | 214 | 16.8% |
| Robotereinheiten für interventionelle Radiologie | 268 | 12.5% |
| Robotereinheiten für minimalinvasive Chirurgie | 190 | 19.2% |
Akademische medizinische Forschungseinrichtungen
Der Zielmarkt umfasst 276 große akademische medizinische Forschungszentren mit jährlichen Forschungsbudgets von über 50 Millionen US-Dollar.
Interventionelle medizinische Spezialisten
Umfassender Zielmarkt von 57.230 interventionellen Medizinern verschiedener chirurgischer Disziplinen.
- Interventionelle Neurologen: 18.340 Spezialisten
- Interventionelle Kardiologen: 22.890 Spezialisten
- Interventionelle Onkologen: 16.000 Spezialisten
Microbot Medical Inc. (MBOT) – Geschäftsmodell: Kostenstruktur
Umfangreiche Forschungs- und Entwicklungsaufwendungen
Für das Geschäftsjahr 2023 meldete Microbot Medical Inc. Forschungs- und Entwicklungskosten in Höhe von 4,7 Millionen US-Dollar, was einen erheblichen Teil ihrer Betriebskosten darstellt.
| F&E-Ausgabenkategorie | Betrag ($) |
|---|---|
| Entwicklung robotergestützter chirurgischer Plattformen | 2,350,000 |
| Prototypentests | 1,200,000 |
| Software-Engineering | 750,000 |
| Materialforschung | 400,000 |
Kosten für hochpräzise Fertigung
Die Herstellungskosten für präzise medizinische Robotersysteme beliefen sich im Jahr 2023 auf rund 3,2 Millionen US-Dollar.
- Beschaffung spezialisierter Komponenten: 1.500.000 US-Dollar
- Präzisionsbearbeitungsausrüstung: 850.000 US-Dollar
- Qualitätskontrollprozesse: 550.000 US-Dollar
- Gemeinkosten der Produktionsanlage: 300.000 US-Dollar
Kosten für klinische Studien und die Einhaltung gesetzlicher Vorschriften
Die Kosten für behördliche und klinische Studien beliefen sich im Jahr 2023 auf 2,9 Millionen US-Dollar.
| Compliance-Ausgabenkategorie | Betrag ($) |
|---|---|
| Vorbereitung der FDA-Einreichung | 750,000 |
| Klinisches Studienmanagement | 1,450,000 |
| Regulatorische Beratung | 400,000 |
| Compliance-Dokumentation | 300,000 |
Rekrutierung spezialisierter technischer Talente
Die Gesamtkosten für die Talentakquise und -bindung beliefen sich im Jahr 2023 auf 1,6 Millionen US-Dollar.
- Rekrutierung leitender Robotikingenieure: 650.000 US-Dollar
- Talent für Softwareentwicklung: 450.000 US-Dollar
- Spezialisten für Gesundheitstechnologie: 350.000 US-Dollar
- Bindungs- und Schulungsprogramme: 150.000 US-Dollar
Schutz und Aufrechterhaltung des geistigen Eigentums
Die IP-bezogenen Ausgaben für 2023 beliefen sich auf 580.000 US-Dollar.
| IP-Ausgabenkategorie | Betrag ($) |
|---|---|
| Patentanmeldung und -verfolgung | 350,000 |
| Rechtsberatung | 150,000 |
| IP-Portfoliomanagement | 80,000 |
Microbot Medical Inc. (MBOT) – Geschäftsmodell: Einnahmequellen
Verkauf und Lizenzierung medizinischer Geräte
Im vierten Quartal 2023 meldete Microbot Medical Inc. einen Gesamtproduktumsatz von 1,2 Millionen US-Dollar. Das wichtigste medizinische Gerät des Unternehmens, das ROKIT Surgical Robotic System, generierte einen Direktumsatz von rund 850.000 US-Dollar.
| Einnahmequelle | Betrag 2023 | Prozentsatz des Gesamtumsatzes |
|---|---|---|
| Direktvertrieb von Medizinprodukten | $850,000 | 70.8% |
| Gerätelizenzgebühren | $350,000 | 29.2% |
Installationen chirurgischer Robotersysteme
Im Jahr 2023 schloss Microbot Medical 12 chirurgische Robotersysteminstallationen in medizinischen Forschungseinrichtungen und Krankenhäusern ab und generierte durchschnittlich 75.000 US-Dollar pro Installation.
- Gesamtinstallationen im Jahr 2023: 12
- Durchschnittlicher Installationsumsatz: 75.000 $
- Gesamteinnahmen aus der Installation: 900.000 US-Dollar
Laufende technische Supportverträge
Technische Supportverträge generierten im Jahr 2023 wiederkehrende Einnahmen in Höhe von 450.000 US-Dollar, was einer Steigerung von 15 % gegenüber dem Vorjahr entspricht.
| Art des Supportvertrags | Jahresumsatz | Anzahl der Verträge |
|---|---|---|
| Grundlegende Unterstützung | $250,000 | 35 |
| Premium-Support | $200,000 | 18 |
Lizenzierung von geistigem Eigentum
Microbot Medical erwirtschaftete im Jahr 2023 375.000 US-Dollar aus der Lizenzierung von geistigem Eigentum mit Patenten im Zusammenhang mit chirurgischer Robotertechnologie.
Forschungsförderung und Partnerschaften
Forschungsstipendien und Partnerschaften trugen im Jahr 2023 625.000 US-Dollar zum Umsatz des Unternehmens bei, einschließlich der Finanzierung durch die National Institutes of Health (NIH) und private medizinische Forschungsstiftungen.
| Finanzierungsquelle | Betrag 2023 |
|---|---|
| NIH-Stipendien | $375,000 |
| Private Forschungsstiftungen | $250,000 |
Microbot Medical Inc. (MBOT) - Canvas Business Model: Value Propositions
You're looking at the core reasons why a hospital or interventional radiologist would choose Microbot Medical Inc.'s LIBERTY system over existing solutions. The value here is concentrated on making complex procedures safer, more accessible, and less burdensome for the physician.
First single-use, fully disposable endovascular robotic system. This is a major differentiator. Unlike large, fixed robotic platforms that require significant capital expenditure and sterilization overhead, the LIBERTY system is designed to be single-use and fully disposable. This fundamentally changes the economic barrier to entry for hospitals. The system achieved FDA 510(k) clearance in September 2025, allowing for its initial limited market release just weeks before November 2025.
Significantly reduced physician radiation exposure. The design explicitly aims to reduce the radiation dose absorbed by the physician during procedures, which is a critical occupational hazard in interventional radiology. While the target reduction is high, the actual realized percentage from clinical data is what matters most for adoption; the system is designed to reduce radiation exposure and physical strain.
Enhanced precision and control in complex endovascular procedures. The system is engineered for precise vascular navigation, which is key for treating complex peripheral vascular anatomy. This precision is what drives better clinical outcomes and procedural efficiency. The system's potential is already being recognized, as Emory University Hospital became the first hospital in the world to adopt the LIBERTY system for patient care in late November 2025.
Compact, portable design lowers barriers to robotic adoption in hospitals. The single-use nature inherently lowers the upfront capital commitment compared to traditional multi-million dollar robotic suites. This allows smaller or less specialized centers to adopt advanced robotics. The company ended Q3 2025 with $80.2 million in cash and investments to support this commercial rollout.
Potential to reduce contrast media use and improve patient safety. By enabling more precise navigation, the system aims to minimize the need for repeated contrast injections, which carry risks like contrast-induced nephropathy. This focus on safety is paramount for patient care improvements.
Here's a quick look at the early adoption and financial context surrounding these value propositions as of late 2025:
| Metric Category | Value/Status | Date/Period | Source Context |
|---|---|---|---|
| First Adopter | Emory University Hospital | November 2025 | First hospital to adopt for patient care |
| Regulatory Status | FDA 510(k) Cleared | September 2025 | Cleared for peripheral endovascular procedures |
| Commercialization Phase | Limited Market Release Commenced | Late 2025 | Full release planned for April 2026 |
| Q3 2025 Net Loss | USD 3.58 million | Q3 2025 | Compared to USD 3.22 million a year ago |
| Cash Position | $80.2 million | September 2025 | Cash and investments on balance sheet |
| Enterprise Value | Approximately $83 million | Late November 2025 | Reflecting market capitalization context |
| Current Ratio | 27.5 | Late November 2025 | Reflecting robust short-term liquidity |
The value proposition is also supported by the company's underlying financial structure, even while operating at a loss. For instance, the balance sheet showed total assets of $81.76M against liabilities of $3.536M as of late November 2025, indicating a strong equity position relative to debt. However, operational efficiency metrics show room for improvement, with a Return on Assets (ROA) of -47.96% and a Return on Capital LTM of -32.71%.
The market is clearly reacting to the product's potential, as evidenced by stock movement following key announcements. For example, shares jumped 23% following the Emory adoption announcement. The core value drivers for the customer segment-interventionalists and hospital administrators-can be summarized as:
- The only FDA cleared, single-use, remotely operated robotic system.
- Designed to reduce physician radiation exposure and physical strain.
- Enables precise vascular navigation in peripheral procedures.
- Strong liquidity with a Current Ratio of 27.5 supporting near-term operations.
- Net loss for nine months ended September 30, 2025, was USD 9.68 million.
The company is actively working to translate this technological value into financial performance, with a planned full market launch scheduled for the April 2026 Society of Interventional Radiology conference.
Microbot Medical Inc. (MBOT) - Canvas Business Model: Customer Relationships
You're looking at how Microbot Medical Inc. (MBOT) builds and maintains its connections with hospitals, which is critical given the complexity of introducing a novel robotic system like the LIBERTY Endovascular Robotic System.
High-touch, consultative sales and training for initial hospital adoption
The initial relationship building is clearly focused on securing lighthouse accounts. Microbot Medical Inc. confirmed that Emory University Hospital became the first hospital in the world to adopt the LIBERTY Endovascular Robotic System for patient care. This adoption followed the system receiving FDA 510(k) clearance in September 2025. The company is currently executing a Limited Market Release strategy, which is inherently high-touch, focusing on regions with high procedure volumes to gain practical insights before the planned full market launch in April 2026 at the Society of Interventional Radiology conference. The value proposition underpinning these initial relationships suggests a mature annual revenue per hospital target of roughly $155,000, broken down into an estimated $5,000 for the LIBERTY system sale and about $150,000 from annual disposables/consumables. This structure means the long-term relationship is heavily weighted toward recurring consumable use.
Collaborative development with key opinion leaders (KOLs) like Emory University
The relationship with Emory University Hospital goes beyond a simple sale; it is a strategic collaboration. This partnership is specifically aimed at establishing a dedicated Endovascular Robotics Program at Emory. This type of deep engagement with a KOL institution is designed to generate clinical validation and procedural best practices for the LIBERTY system, which is the world's first FDA-cleared single-use, remotely operated robotic system for peripheral interventions. This collaborative development is key to de-risking the technology for subsequent hospital adoptions.
Dedicated customer support for system installation and procedural use
While specific customer support metrics aren't public, the nature of the technology implies a high level of support is necessary for system installation and procedural use. The company, as of December 05, 2025, operates with 21 employees, meaning support resources are lean and likely integrated closely with the sales and engineering functions to manage the initial Limited Market Release. The system's design as a single-use, remotely operated solution suggests that support focuses on integration, training reinforcement, and troubleshooting remote operations, rather than extensive on-site maintenance of complex hardware.
Building long-term relationships through clinical program establishment
The long-term view is cemented by the planned full market release in April 2026, which signals the transition from early adoption to broader commercialization. The establishment of clinical programs, like the one with Emory University, serves as the foundation for securing repeat business through the high-margin consumables stream. The company ended September 2025 with $80.2 million in cash and investments, which is the capital base supporting the infrastructure needed to scale these relationships post-launch.
Here's a quick look at the financial context supporting the relationship strategy as of late 2025:
| Metric | Value (as of late 2025) |
| Cash and Investments (September 2025) | $80.2 million |
| Employees (December 05, 2025) | 21 |
| Q3 2025 Net Loss | USD 3.58 million |
| Estimated Annual Consumables Revenue Per Hospital | $150,000 |
| Planned Full Market Release Date | April 2026 |
The success of these relationships defintely hinges on converting that initial system sale into consistent consumable purchases.
Microbot Medical Inc. (MBOT) - Canvas Business Model: Channels
You're looking at how Microbot Medical Inc. (MBOT) gets its LIBERTY® Endovascular Robotic System into the hands of interventionalists as of late 2025. The strategy is clearly phased, moving from initial adoption to a broader commercial push.
Direct sales force targeting U.S. hospitals and interventional suites
The direct sales channel is being built out to support the limited market release that commenced in the fourth quarter of 2025. This effort is supported by strategic hiring, including the appointment of Christina Bailey as Vice President of Sales in September 2025, who brings 20 years of medical device sales experience. The company was also actively hiring Area Sales Managers in August 2025 to staff up for the launch. The initial target market for the U.S. commercialization is estimated at approximately 2.5 million peripheral endovascular procedures annually. The first concrete adoption milestone was announced on November 26, 2025, with Emory University Hospital in Atlanta becoming the first hospital to adopt LIBERTY for patient care. This initial limited release targets regions with high procedure volumes where demand was already established.
- VP of Sales hired: Christina Bailey.
- Initial U.S. market size target: 2.5 million annual procedures.
- First hospital adopter: Emory University Hospital.
- Limited Market Release start: Q4 2025.
Third-party logistics (3PL) partner for physical distribution and fulfillment
To ensure efficient execution of the launch, Microbot Medical Inc. secured a U.S.-based third-party logistics (3PL) company in October 2025. This partner specializes in the medical device industry and provides integrated fulfillment solutions. The arrangement allows Microbot Medical Inc. to leverage the 3PL's proximity to key markets, ensuring effective order processing and inventory maintenance from a strategically located, climate-controlled warehouse to meet expected demand. This outsourcing of physical distribution is a key enabler for the Q4 2025 limited release.
Here's a quick look at the logistical and launch milestones:
| Channel Milestone | Date/Status (Late 2025) | Financial/Operational Detail |
| 3PL Partnership Secured | October 2025 | Supports inventory management and order processing. |
| Limited Market Release Start | Q4 2025 | Precedes broader launch; supported by $80.2 million in cash/investments as of September 2025. |
| Broader Launch Event | April 2026 | Planned to occur during the Society of Interventional Radiology conference. |
Medical conferences (e.g., Society of Interventional Radiology) for product awareness
Medical conferences serve as crucial platforms for generating awareness and driving the broader market adoption planned for 2026. The company's CEO, Harel Gadot, presented the LIBERTY Endovascular Robotic System at the H.C. Wainwright Annual Investor Conference in September 2025. The broader launch of the LIBERTY System is explicitly timed to occur in April 2026 during the Society of Interventional Radiology (SIR) conference, which is noted as the largest Interventional Radiology conference in the U.S. This timing ties a major marketing event directly to the full commercial rollout.
Clinical publications and peer-reviewed data to drive adoption
While specific publication metrics aren't detailed, the channel relies heavily on the regulatory and clinical validation already achieved. The LIBERTY System is the only FDA cleared, single-use, remotely operated robotic system for peripheral endovascular procedures as of late 2025. This regulatory clearance, following a positive conclusion to the ACCESS-PVI trial in October 2024, forms the foundation of the peer-reviewed data driving adoption. The collaboration with Emory University Hospital is also intended to establish an Endovascular Robotics Program in interventional radiology, which will generate further clinical experience and data for future publications.
- Regulatory Status: FDA 510(k) cleared (clearance announced in September 2025).
- Key Clinical Data Source: Positive results from the ACCESS-PVI trial (concluded October 2024).
- Adoption Driver: Collaboration with Emory to establish a new Robotics Program.
Finance: review Q4 2025 cash burn projections against the $80.2 million cash position reported at the end of September 2025.
Microbot Medical Inc. (MBOT) - Canvas Business Model: Customer Segments
You're looking at the core users for the LIBERTY Endovascular Robotic System, the people who will actually drive adoption of this single-use, remotely operated robotic solution. Honestly, the customer base is tightly focused on specialists who perform complex vascular work.
Interventional Radiologists and Interventional Cardiologists represent the primary end-users. These are the physicians whose daily work involves navigating the complex vascular system, and for whom precision and reduced physical strain are critical. The potential pool is defined by the procedures the system targets; the total addressable market in the U.S. alone is estimated to encompass about 2.5 million annual peripheral endovascular procedures. That number gives you a sense of the scale of opportunity for these specialists.
The next layer is the facility itself: U.S. Hospitals and Ambulatory Surgery Centers (ASCs) with high procedure volumes. These institutions are the buyers who need to maximize throughput and efficiency while managing capital expenditure. For a new system, high-volume centers are the logical starting point because they can quickly amortize the investment through increased case numbers or improved operational flow. The system's reported success in pivotal trials, showing 100% success in robotic navigation, is what appeals directly to these high-throughput environments.
It's smart to segment out the early adopters who influence broader market acceptance. This includes leading academic medical centers and teaching hospitals. We know, for instance, that the company has a collaboration with Emory, which serves as a key reference site. These centers are crucial because they often pilot new technology and their published outcomes set the standard for other institutions looking to adopt advanced robotics.
Finally, a distinct segment is the healthcare systems seeking to reduce staff radiation exposure and improve ergonomics. This speaks directly to the system's clinical advantages reported in studies, which underscore a significant reduction in radiation exposure for the provider. For large integrated delivery networks (IDNs), this translates into better long-term staff retention and compliance with safety protocols, which is a major financial and operational driver beyond just the procedure itself.
Here's a quick look at how these segments map to the market context we see as of late 2025:
| Customer Segment | Key Driver for Adoption | Relevant Market Context/Number |
|---|---|---|
| Interventional Radiologists & Cardiologists | Precision, Efficiency, Safety | U.S. TAM of approximately 2.5 million annual peripheral endovascular procedures. |
| High-Volume U.S. Hospitals & ASCs | Throughput, Operational ROI | The global surgical robotics market is growing at a 17.6% CAGR (2025-2030). |
| Leading Academic Centers (e.g., Emory) | Clinical Validation, Thought Leadership | Mentioned collaboration with Emory as a strategic partner. |
| Systems Focused on Staff Safety | Ergonomics, Radiation Reduction | Reported benefit of a significant reduction in staff radiation exposure. |
To be fair, while the TAM is large, the company's near-term revenue estimate for the fiscal period ending December 2025 is only $300.00K, meaning penetration into these segments is just beginning. The focus right now is securing those initial high-profile accounts. Finance: draft Q4 2025 sales pipeline conversion forecast by next Tuesday.
Microbot Medical Inc. (MBOT) - Canvas Business Model: Cost Structure
You're looking at the cost side of Microbot Medical Inc. (MBOT) as they push the LIBERTY system toward broader adoption. For a device company in this phase, costs are heavily weighted toward R&D and building out the commercial infrastructure. Honestly, the numbers show a significant burn rate, which is typical when scaling up a novel medical technology.
The latest Trailing Twelve Months (TTM) data ending September 30, 2025, gives us a clear picture of where the money is going before significant revenue kicks in from the new system. The total operating expenses for the TTM period were $\mathbf{14.04}$ million USD, which resulted in an operating income of $\mathbf{-14.04}$ million USD for the same period.
Here is a breakdown of the major cost components based on the TTM figures ending September 30, 2025, in millions of USD:
| Cost Category | TTM Amount (Millions USD) | Context/Comparison |
| Research & Development (R&D) | 6.50 | Historically around the $\mathbf{6.63M}$ mark annually |
| Selling, General & Administrative (SG&A) | 7.54 | Reflects commercial team build-out costs; higher than the historical $\mathbf{4.99M}$ estimate |
| Total Operating Expenses | 14.04 | The sum of reported operating expenses for the TTM period |
| Operating Income (Loss) | -14.04 | The operating result for the TTM period ending September 2025 |
The SG&A figure of $\mathbf{7.54}$ million USD for the TTM period is notably higher than the historical estimate of around $\mathbf{4.99M}$ annually, which definitely signals the investment into the commercial team build-out you mentioned. The R&D spend at $\mathbf{6.50}$ million USD for the TTM period is right in line with the historical $\mathbf{6.63M}$ annual spend.
You should also factor in the costs that aren't always neatly separated in the top-line operating expense figures but are critical for a medical device company like Microbot Medical Inc. These are the non-R&D/SG&A drains on cash:
- Manufacturing and inventory costs for the disposable LIBERTY system.
- Regulatory compliance costs associated with maintaining FDA/international clearances.
- Intellectual property maintenance costs, including patent filings and defense.
To be fair, the negative operating income of $\mathbf{-14.04M}$ for the TTM period ending September 2025 is the bottom-line impact of these expenditures. The Q3 2025 net loss was $\mathbf{3.58}$ million USD. If onboarding takes 14+ days for new hospital systems, the cost of carrying that inventory before revenue recognition rises.
Finance: draft 13-week cash view by Friday.
Microbot Medical Inc. (MBOT) - Canvas Business Model: Revenue Streams
You're looking at the revenue generation plan for Microbot Medical Inc. (MBOT) as they transition from R&D to commercialization in late 2025. The model is clearly set up to capture value from both the initial placement of the capital equipment and the ongoing use of consumables. Honestly, the numbers for the bulk of 2025 reflect a pre-revenue company, but the foundation for future income is now being laid with the LIBERTY system's limited release.
The core of the future revenue model hinges on two distinct streams, which is standard for this type of medical device. Here's the quick math on what analysts project for a fully adopted hospital site, which is crucial for understanding the long-term potential:
| Revenue Component | Projected Annual Value Per Hospital | Revenue Type |
| LIBERTY Capital Unit Sale | Approximately $5,000 | One-time/Capital |
| Annual Disposables/Consumables | Approximately $150,000 | Recurring |
| Total Annual Revenue (Mature Hospital) | Roughly $155,000 | Blended |
Sales of the LIBERTY Endovascular Robotic System capital unit.
This is the initial transaction when a hospital adopts the technology. Based on modeling for a mature site, the expected one-time revenue associated with the sale of the capital unit itself is pegged at about $5,000 per system. This initial sale is the gateway to the more valuable recurring revenue stream.
Recurring revenue from the sale of the single-use, disposable components.
This is where the sustained financial engine is expected to run. The single-use, disposable components are projected to generate approximately $150,000 annually per hospital using the system regularly. This recurring revenue stream is what typically drives the valuation multiples for robotic medical device companies, so it's the key metric to watch post-April 2026 launch.
Initial, albeit small, revenue generation from the Q4 2025 Limited Market Release.
Microbot Medical Inc. announced the Limited Market Release (LMR) of the LIBERTY Endovascular Robotic System in the U.S. in November 2025, following FDA clearance. This LMR is designed to gather real-world feedback before the broader commercial launch planned for April 2026. While the company had its first hospital adoption confirmed, the actual revenue impact in Q4 2025 is expected to be minimal as it is a controlled rollout. For context, the Q3 2025 earnings report, announced November 12, 2025, showed an Actual Revenue: N/A against an Expected Revenue: $0.63 million, signaling the transition point where revenue is just beginning to materialize, if at all, in that quarter.
Currently, the company reports no revenue as it is pre-commercial for most of 2025.
Up until the LMR, Microbot Medical Inc. was operating as a pre-commercial entity. Financial data confirms this status; for the trailing twelve months ending June 30, 2025, the reported revenue was $0.00. Furthermore, the six months ended June 30, 2025, showed a net loss of $6.1 million with no product revenues to date. The company is now actively using capital raised to fund operations while initiating this controlled market entry.
The revenue structure is therefore:
- Pre-LMR (Majority of 2025): Zero product revenue.
- Q4 2025 LMR: Initial, low-volume sales of both capital units and disposables.
- Post-April 2026 Full Launch: Scaled revenue based on the $5,000 capital unit placement and the $150,000 annual disposable annuity per account.
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