IV-TEAM APPROVED
The Perfect Solution for Ultrasound-Guided Vascular Access Applications
Why Choose Kosmos for Vascular Access?
Experience the unparalleled precision of Kosmos Lexsa for Vascular Access, offering high quality 2D compound imaging with advanced Doppler capabilities. With both Color and Pulsed Wave Doppler assure all users of the arterial and or venous status. Elevate your readiness for any clinical scenario or procedure with our vascular imaging technology.
Improved Patient Satisfaction
Use ultrasound guidance to shorten the procedure time and minimize needle passes to enhance patient comfort and improve patient satisfaction
Procedural Safety
Reduce complications and increase first-attempt success rates with ultrasound guidance. Kosmos Compound imaging provides clear visualization of the anatomy and needle path
Advanced Doppler Features
Lexsa offers Color Doppler, Color Powered Doppler, and Pulsed Wave Doppler for easy identification of vascular structures
Affordability
With flexible payment options, Kosmos can be purchased to fit your preferred payment plans
Portability
Kosmos fits into tight office spaces on the compact AI stand, or as a standalone ultraportable handheld probe and tablet
Easy to Clean
Kosmos is Trophon compatible and designed for heavy hospital use where infection control is most important
5-Year Warranty
We have you covered with our robust, industry-leading warranty serviced by our team in Redmond, Washington
LEARN MORE TODAY!
Vascular Access Ultrasound You Can Trust
The Kosmos Vascular Access offers exceptional image quality with advanced compound imaging technology, ensuring precise and clear needle visualization and imaging of veins, arteries, and vascular structures up to a 10cm scanning depth.
This complete package includes a medical-grade stand, tablet, Kosmos Lexsa transducer, Color Doppler, Color Power Doppler, and Pulsed Wave Doppler. It’s designed with minimal surfaces for easy cleaning and compatibility with high-level disinfection systems like trophon 2.
Resources & Insights
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Enhancing Patient Safety in Labor and Delivery with Point-of-Care Ultrasound
Enhancing Patient Safety in Labor and Delivery with Point-of-Care Ultrasound In the high-stakes environment of a Labor & Delivery (L&D) unit, information is the ultimate currency. For decades, clinicians have relied on digital cervical exams…
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Evaluating Point-of-Care Ultrasound Systems & Clinical Use Case
Evaluating Point-of-Care Ultrasound Systems & Clinical Use Case When evaluating a new point-of-care ultrasound (POCUS) system, clinical leaders, educators, and hospital buyers may feel bombarded with top-tier lists, technical specification sheets, brand comparisons and more.…
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What Is the “Best” Point-of-Care Ultrasound? A Clinician-Centered Framework
What Is the “Best” Point-of-Care Ultrasound? A Clinician-Centered Framework Search for “best point-of-care ultrasound” and the results are often dominated by product rankings and technical specification sheets. However, for clinicians, educators, and hospital leadership, these…
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Handheld Ultrasound with CW Doppler: A New Era for TAVI Follow-Up
Handheld Ultrasound with CW Doppler: A New Era for TAVI Follow-Up 2026 Research The global rise in transcatheter aortic valve implantation (TAVI) has created a significant follow-up burden for echocardiography laboratories. While standard transthoracic echocardiography…
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AI-Assisted LVEF vs. Cardiac MRI: 2025 Validation Study in Italy
AI-Assisted LVEF vs. Cardiac MRI 2025 Validation Study in Italy A recent prospective study in the Journal of Clinical Medicine offers compelling evidence that portable, artificial intelligence-assisted ultrasound can now match the precision of Cardiac…
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New Research: Can Nephrologists Accurately Assess Heart Function Using AI?
Can Nephrologists Accurately Assess Heart Function Using AI? New Research The link between kidney disease and heart failure is well-established, making cardiac assessment a critical skill in nephrology. However, formal echocardiography – the gold standard…
